Parking in an Israeli New Project: How to Prove the Space Is Yours and Your Car Can Use It

Q: Is `hatzmada` the same as an exclusive right to use common property?

Not necessarily. `Hatzmada` is an Israeli registration concept, while an exclusive-use arrangement may depend on contract or condominium rules. The transfer, rental and enforcement consequences can differ. Ask the lawyer to name the exact right, not merely translate both ideas as "private parking."

A parking space offered with a new apartment in Israel passes due diligence only when two different propositions are proven. First, the contract identifies the exact right that the seller must deliver and the future registration can be reconciled with that promise. Second, your vehicle can travel from the public street to that exact space, park without borrowing another owner's area, open the doors and boot, and leave under realistic occupied conditions. A neat rectangle on a sales plan proves neither proposition by itself.

This guide is for an overseas buyer, investor, family member acting in Israel, or local buyer comparing parking in new projects. It deals with the specific purchased space and its route. It does not replace the separate review of electric vehicle infrastructure, the commissioning of the entire common garage, or the building's complete management and reserve budget. For the wider purchase journey, return to new projects after recording the parking number, level and plan revision.

The immediate method: test four different envelopes

Treat parking fit as four overlapping envelopes:

The nominal plan envelope, meaning the lines, dimensions and identifier shown on the binding sale drawing or approved plan.
The clear constructed envelope, meaning the space left after columns, walls, kerbs, guards, cabinets, pipes, ducts, signs and permanent equipment.
The dynamic swept path, meaning every area occupied by the body, wheels, mirrors, nose and tail while the vehicle enters and exits.
The human-use envelope, meaning the room required to unfold mirrors, open the driver's and passenger doors, handle a child seat, transfer to a wheelchair, reach the boot and walk safely.

A bay can satisfy one envelope and fail another. A nominally wide bay may have a column at the driver's shoulder. A generous clear rectangle may be impossible to approach from a narrow aisle. A car may physically fit while the rear door cannot open. The buyer's question is therefore not simply, "Is the bay standard?" It is, "What exact right, geometry, route and operating scenario is being promised, and what evidence proves each one?"

Start with legal identity, not the painted floor number

In an off-plan or unfinished project, the building may not yet be registered as a condominium. The final Land Registry arrangement may not exist, and a painted parking number is only a physical label. Build a document chain that follows the same parking space from sale to registration.

The Israeli terms matter because they may appear untranslated:

chanaya means parking space.
hatzmada means an attachment of an area or right to the apartment under the relevant registration arrangement.
rechush meshutaf means common property.
tashrit mecher is the sale plan supplied with the transaction documents.
tashrit bayit meshutaf is the condominium plan used for the registered building arrangement.
mifrat is the sale specification.
Tabu is the familiar name for the Land Registry system, although not every new project is at the same registration stage.

Ask the buyer's Israeli lawyer to reconcile all of the following:

the sale agreement and every schedule;
the mifrat;
the signed tashrit mecher and its date;
the current garage plan and building permit material;
the parking identifier on each document;
the seller's promise concerning future hatzmada and registration;
the draft tashrit bayit meshutaf, when available;
the condominium order and rules after registration;
the final registry extract or the applicable interim rights record.

The Ministry of Justice's official English Land Registry extract service warns that a sub-parcel number is not necessarily the apartment number. This is a useful reminder that marketing, physical and registry identifiers must be mapped rather than assumed. The same discipline applies to parking attachments.

The contract should identify the number, level, plan revision, parking type and position. It should state whether the space is independent, tandem, mechanical or dependent on another movement. It should define any seller power to relocate it and what counts as an objectively equivalent replacement. "One parking space included" is not a precise substitute for a numbered conventional space if the seller can later provide a stacker platform or a place behind another car.

Reconcile the contract, sale plan and future condominium plan

Make a comparison table before signing and update it before handover:

Item	Agreement	`tashrit mecher`	Current garage plan	Future condominium plan	Built condition
Parking identifier	To complete	To complete	To complete	To complete	To complete
Level and grid location	To complete	To complete	To complete	To complete	To complete
Conventional or mechanical	To complete	To complete	To complete	To complete	To complete
Boundaries and obstacles	To complete	To complete	To complete	To complete	To complete
Independent or dependent use	To complete	To complete	To complete	To complete	To complete

Every drawing should carry a title, date and revision. Ask which document prevails if the agreement, mifrat and drawing conflict. Keep the signed version, not only the sales office printout. If the numbered place changes later, require a marked comparison showing both locations, route, wall and column conditions, clear height and parking type.

Do not confuse a licence to use part of common property with a promised registered hatzmada. The legal effect depends on the transaction documents and registration structure. An overseas buyer may be familiar with a deeded space, leasehold bay, exclusive-use licence or condominium limited common element in another country. None of those labels decides the Israeli right. Have the Israeli lawyer name the right in Israeli documents and explain its transfer, rental and enforcement consequences.

Also ask who bears the process of registering the attachment, what documents the seller must provide, and how you can monitor registration. The Ministry of Construction and Housing provides an official real-estate registration status service. A status check does not replace legal review, but it helps a remote buyer follow progress instead of assuming that physical possession completed title work.

Know which parking product you are buying

Different systems create different risks. Do not compare them under one generic heading.

Conventional perpendicular or angled bay

The vehicle moves from an aisle into a marked bay. Usability depends on parking angle, aisle geometry, service level, walls, columns and the available correction area. Bay width alone cannot predict the maneuver.

Parallel bay

The driver needs usable length and maneuvering room at the front and rear. A wall, column or neighboring vehicle can greatly increase the number of movements. Test both arrival directions if the circulation plan permits them.

Tandem parking

Two vehicles stand one behind the other. The inner car depends on movement of the outer car. Confirm that both rights belong to the same apartment and consider key control, two-driver households, tenants, holidays and a disabled vehicle.

Stacker or multiplier

Platforms raise or lower cars to create more than one level. The specific equipment schedule controls vehicle length, width, height, weight, wheel position, tyre conditions and ground clearance. A conventional parking table does not determine fit.

Puzzle system

Platforms shift horizontally and vertically to create a path. Retrieval time changes with the stored position and the movements required before your platform reaches the access point.

Vehicle lift

The car enters a lift cabin that carries it to another level. Check cabin fit, door timing, queue space, call controls, power backup, fault procedure and how a trapped or immobilised vehicle is handled.

Fully automated or robotic system

The driver leaves the vehicle in a transfer cabin and the system stores it. Due diligence shifts from the geometry of a private painted bay to the vehicle acceptance envelope, transfer process, retrieval capacity, queue, software access, outage recovery, rescue method and long-term supplier support.

The parking type must be written into the sale documents. A switch from conventional to mechanical parking is not merely a change of numbering. It changes vehicle choice, waiting time, maintenance dependency and the consequences of failure.

Why there is no honest universal parking dimension

Search results often repeat one width and one length as though every Israeli residential bay were governed by the same rectangle. That shortcut is unsafe. The Ministry of Transport's parking-planning guidance evaluates geometry together with parking angle, aisle arrangement, service category and fixed obstacles. The applicable result may change next to one wall, two walls or a column. Updates also matter.

Whenever anyone quotes a dimension, ask:

Which official document and revision supplies it?
Which parking angle and circulation arrangement does it cover?
Which service category is being used?
What aisle width is paired with the bay geometry?
How are walls and columns treated?
At what height is clear width assessed?
Is the figure a regulatory or planning requirement, a project commitment, or an editorial convenience?
Is the parking conventional, or is the number actually an equipment limit?

Do not import a UK, US, Canadian, French, Russian or Australian parking minimum into an Israeli purchase. It may be a useful comparison of comfort, but it does not establish the Israeli project's obligation. Ask the project's traffic consultant to identify the exact source, table, geometry and revision applied to your numbered place. Then separately test personal usability with your vehicle.

Build a clear-dimension worksheet

Measure the completed space at more than one height. A painted floor rectangle can remain wide at tyre level while a protective guard, pipe or cabinet narrows the mirror or door zone.

Record:

marked length and clear usable length;
marked width and clear width at floor level;
clear width at the widest mirror height;
clear width at the relevant door-opening height;
front and rear distance from every column;
column-guard, kerb and wheel-stop projection;
wall finish thickness and any low ledge;
sprinkler, pipe, cable tray, ventilation duct, sign, cabinet and light position;
minimum vertical clearance above every part of the vehicle;
longitudinal and cross slope within the bay;
stop-line position relative to the wall, door and aisle;
fixed equipment that may move or change state.

For every measurement, note the bay number and level, start and end points, height above the floor, instrument, date, completion stage and whether the obstruction is permanent. Photograph the tape or laser endpoints and include a wider image that proves location. A close-up number without context is weak evidence.

Do not invent your own construction tolerance. Compliance with a construction tolerance, compliance with a planning requirement, compliance with the sales promise and suitability for your car are four different questions. A traffic engineer, surveyor or other appropriate professional should classify the measurement. The lawyer should classify its contractual effect.

Repeat measurements after permanent guards, signage, pipes and cabinets are installed. An early bare-concrete inspection may not represent the delivered clear envelope.

Create the vehicle and user profile

Use official manufacturer data for the exact model, year and variant, then add physical measurements for accessories and actual use. Two cars sold under the same model name can differ by generation, roof equipment or mirror design.

Your profile should include:

body length;
body width without mirrors;
width with mirrors open and folded;
total height with antenna, rails, roof box or bicycle equipment;
wheelbase and axle positions;
lowest ground-clearance points and overhangs;
manufacturer turning-circle or turning-diameter information, with the definition used;
driver and passenger door positions;
door opening required by the regular users;
rear-door opening for a child seat;
boot-lid movement upward and rearward;
tow bar, rear-mounted wheel, bicycle rack or carrier;
charging-port location only where a charger or cable could obstruct use;
wheelchair transfer, ramp, hoist or mobility-equipment envelope.

Measure the real mirrors and accessories because published body width may exclude them. Do not create a made-up vehicle dimension where data is absent. Mark it as requiring measurement. Use the most demanding foreseeable scenario, not the easiest test with one slim driver and an empty car.

When your vehicle is overseas, build an equivalent-vehicle matrix. Compare length, width with mirrors, wheelbase, turning characteristic, height, ground clearance and door layout. A test car that is wider but much shorter may prove door clearance and still fail to represent ramp transitions. If no single available vehicle is conservative on every characteristic, combine a professional swept-path model with several focused physical tests.

Columns and walls affect both parking and approach

A column has two separate effects. It may reduce the human-use area once parked, and it may intrude into the turning path before the car is aligned. Record its position from a fixed corner and from the intended vehicle axis, not merely its cross-section.

A driver's-side wall needs door clearance. A front wall limits how far the nose can advance and may force the rear of the car into the aisle. A rear wall or low parapet may block boot operation. A guard can sit below the driver's sightline and still strike a door. A pipe above bonnet level can become the limiting obstacle when the car changes angle.

Perform at least these scenarios:

Forward entry and reverse exit.
Reverse entry and forward exit.
The preferable daily method with both neighboring bays occupied by vehicles within their boundaries.
Door and boot use while neighboring cars are present.
A repeat by each regular household driver.

Count correction movements. A professional driver entering an empty garage after eight corrections has shown theoretical possibility, not comfortable daily use. Record whether mirrors must be folded, passengers discharged first, or neighboring territory crossed. These are decision facts even if they are not automatically legal defects.

Test the whole route from the public street

The purchased bay is the final point of a route. Walk it, model it and, when authorised and safe, drive it in both directions.

Check this sequence:

Turn from the street into the entrance or waiting pocket.
Stop for identification without blocking a pavement, cycle route or traffic lane.
Trigger the gate and observe opening time and safety sensors.
Pass between posts, guards, shutters and kerbs.
Enter the ramp and cross every slope transition.
Meet a vehicle travelling in the opposite direction at the designed passing point.
Negotiate each bend and level change.
Pass the lowest point beneath beams, pipes and doors.
Align in the aisle without using an occupied bay.
Enter, stop, open, unload and exit the assigned place.
Complete the entire outward journey in reverse order.

Ask for the traffic consultant's swept-path drawing or digital analysis. It should show the design vehicle and model assumptions, not just an unexplained coloured trace. Important traces include the outer body corner, inner rear wheel, mirror envelope, front swing and tail swing. A line following the vehicle centre is not enough.

Compare the analysis with the latest as-built geometry. Columns, guards, fire cabinets, door tracks and signage may have changed after an early model. Ask for an updated analysis if a permanent obstacle or circulation direction changed.

Test under occupied conditions whenever possible. An empty garage lets a driver borrow adjacent bays and cross centre lines. The route must work when other cars are correctly parked, the gate has a queue and pedestrians use their path. Video the complete run from a fixed viewpoint and from inside the car where safe. Record the date, vehicle and whether adjacent spaces were occupied.

Gate, waiting area and traffic conflict

The entrance is often the first daily bottleneck. Check the recognition distance, reader position, need to open a window, gate delay, anti-crush sensors and behaviour when a second car follows closely.

Determine how many cars can queue without blocking the street or pedestrian route. Ask whether incoming and outgoing vehicles can pass, who has priority, and how a driver sees the opposing vehicle. Inspect mirrors, lights and stop markings at blind points.

Ask what happens during loss of electricity, communications or credentials. "There is backup" is incomplete. Identify what remains operable, who may use manual mode, how an overseas owner authorises a tenant or visitor, and how emergency or service vehicles enter. These questions concern access to your space. Commissioning the entire access-control system belongs in the common-property handover review.

Ramp slopes, transitions, grip and sightlines

An average ramp gradient does not reveal grounding risk. Contact often occurs where the street meets the ramp, where two gradients meet, or where the ramp becomes level. Vehicle wheelbase, overhang and loaded ride height matter.

Record:

the longitudinal gradient of each segment;
the change in gradient at top and bottom transitions;
crossfall and drainage direction;
clear width between walls, rails and guards;
turning geometry while on the slope;
wet-surface grip and any polished track;
sight distance and mirrors at blind bends;
separation from pedestrians;
stopping position before a gate or lift;
possible contact at bumper, underbody, battery enclosure, tow bar or exhaust.

Do not perform an unsafe experiment on an active construction site. Before authorised access, use the vehicle data and professional geometry. Once the route is safely commissioned, drive slowly with a representative lawful load and a spotter where permitted. Record any contact, wheel lift, loss of sight or need to reverse.

Find the lowest clear-height point, not the entrance sign

The entrance sign does not prove equal clearance throughout the route. Inspect every beam, sprinkler, pipe, ventilation duct, roller shutter, sign, light fitting, frame, gate and mechanical platform. The car's angle on a ramp can also raise one end relative to an obstacle.

Compare the measured route minimum with the real vehicle height including antenna, roof rails, roof box or carried bicycles. Ask the designer what operational clearance is required for movement, rather than treating exact numerical equality as safe. Check both entry and exit orientations and every state of movable equipment.

For a robotic or stacker system, separate the cabin opening, travel path and storage envelope. The controlling height may be different in each location. The equipment schedule, not a garage sign, defines the accepted vehicle.

Drainage, flooding and traction

Below-grade parking depends on slopes, channels, gullies, thresholds, sumps, pumps, alarms and power. Trace where rainwater entering down the ramp will travel. A channel that exists but drains toward your bay or mechanical pit is not a complete answer.

Ask what design scenario was used, how surface water is intercepted, what has backup power, how high-water alarms are communicated and what happens after pump failure. Look for ponding, sediment lines, rust, staining, repaired coatings and water marks. A dry-day visit cannot prove flood performance, but visible history can reveal a problem.

For the purchased space, determine whether water reaches the tyres, doors, underbody or mechanical equipment. Check grip when wet and the risk that a driver must stop on the steepest surface while waiting. A complete audit of every communal drainage component belongs to the common-property handover guide, but the direct effect on your route and place belongs here.

Tandem parking is an operating dependency

A tandem pair may work for one coordinated household and fail for two unrelated tenants. Establish:

whether both positions are promised and attached to the same apartment;
which car blocks which and whether the order can be reversed;
whether either right may be rented or transferred separately;
where spare keys are kept and who may move another person's car;
how two drivers with different schedules operate;
what happens when the outer car has a flat battery or is immobilised;
whether a car can be shuffled without entering the public street;
whether doors open in both positions;
how the pair will be described in valuation and resale material.

Do not value a tandem pair as two independent spaces without an explicit dependency adjustment. For an investor, model the likely tenant arrangement and liability for key handling. For a family, perform a normal morning sequence rather than a single demonstration.

Mechanical parking begins with the binding equipment schedule

Obtain the manufacturer, exact model, platform or storage position and binding vehicle-limits sheet before making the purchase decision. Check every limit independently:

permitted vehicle length, body width, mirror condition, height and mass;
wheelbase, axle position and tyre placement;
ground clearance and low components;
tyre width, tow equipment and external accessories;
entry direction and alignment marks;
whether occupants leave before operation;
presence and wheel-position sensors;
card, key, application or remote authorisation;
instructions for a tenant, guest or substitute driver.

Do not assume that satisfying four of five limits is enough. A car within the weight limit can still fail wheel-position or roof-height limits. Check a foreseeable replacement car as well as the current one. The truthful result may be that the system narrows future vehicle choice.

Measure cycle time, queue and throughput honestly

"Retrieval in two minutes" is meaningless unless the start and finish are defined. Is the clock started when the resident opens the app, when the previous request ends, when the platform begins to move, or when the exit door opens? Does it stop when the vehicle is accessible or after the user can drive away?

Measure or simulate:

One request when the system is idle.
Several sequential requests from different storage positions.
A simultaneous morning departure pattern based on the number of homes served.
Arrival while another driver is retrieving.
A user who aligns incorrectly and must restart.
Temporary closure of one transfer cabin or platform.

Record queue space outside the transfer cabin and whether waiting cars block a ramp or pedestrian route. Ask for the traffic or capacity calculation that converts cycle time, number of cabins and demand assumptions into expected service. A best-case machine cycle is not a resident's waiting time.

Power failure, manual mode and vehicle recovery

Request a written operating sequence for loss of mains power, control failure, sensor fault, jammed door, misaligned car and communication outage. Identify:

which functions receive generator or battery support;
how many complete retrieval cycles remain available;
who is trained and authorised to use manual mode;
whether the resident can retrieve a car or must wait for a technician;
the stated service response arrangement;
how a vehicle is accessed without damage if the system cannot move;
whether emergency services can obtain a priority vehicle;
how incidents are logged and communicated.

Never ask a salesperson to demonstrate an unsafe emergency bypass. Review the approved procedure and witness a controlled commissioning test performed by authorised personnel. "A generator exists" does not establish that the parking system is connected to it, that controls remain available, or that fuel duration supports retrieval demand.

Flooding, fire interface, service access and replacement dependency

Mechanical pits and electrical controls may be vulnerable to water. Ask for pit drainage, detection, alarm, pump backup, protected equipment levels and the recovery procedure after inundation. Request the approved interface with fire detection and fire-safety systems, including what the parking system does when an alarm occurs. Do not improvise or operate emergency controls during a buyer inspection.

Ask how technicians reach motors, chains, lifts, sensors and platforms. A maintenance visit that requires your car to be removed or your bay to remain empty creates a direct operating restriction. Learn the planned inspection frequency, fault reporting path and expected notice.

Supplier dependency also matters. Request information on local service capability, critical spare parts, software credentials, remote support, handover of manuals and the route for maintaining the system if the original vendor changes. This article does not calculate the building's full lifecycle reserve or management fee. It asks only what system dependency attaches to the parking right you are buying and what evidence should be taken into the separate cost review.

Accessibility means space plus a continuous usable route

An accessible parking review is not complete because a wheelchair symbol appears on a plan. It includes the vehicle position, transfer area, surface, slope, kerbs, doors, lift access, route continuity and the legal status of the designated place.

The Commission for Equal Rights of Persons with Disabilities explains accessibility in a new residential building, and publishes an engineering-infeasibility exemption process. Use the current permit material and advice from an accessibility professional and Israeli lawyer. Do not import another country's accessible-bay rule.

For the actual user, test the side from which transfer occurs, space for a wheelchair or walking aid, any vehicle ramp or hoist, weather protection, route to the lift, door operation and the possibility that another car intrudes. Confirm whether the proposed place is legally available for sale or attachment, whether it remains designated, and what happens if accessible-space allocation later changes. A convenient large bay is not automatically an accessible bay, and a compliant designation may still require vehicle-specific testing.

Pedestrians, bicycles, loading and moving routes

Follow the walking route from the parked driver's door to the lift or stair. Check whether it crosses the live aisle, passes behind reversing cars or is narrowed by bicycles, bins, columns and fire equipment. A car that fits only when the driver exits into the traffic lane has a human-use problem.

Ask where deliveries, ride services and moving vehicles stop. A loading area that routinely blocks your bay or the mechanical transfer cabin is relevant even if it is not part of your title. Confirm where bicycles are intended to be stored and whether their route crosses your door-opening area.

These interfaces are included only to assess normal use of the purchased space. The rights, operation and handover of all communal loading and bicycle areas need their own building review.

Electric vehicle charging is a separate infrastructure decision

For parking fit, record the charging-port side, proposed charger position and cable path. A charger cabinet, bollard or hanging cable must not reduce door clearance, accessible circulation or the swept path. In a mechanical system, obtain explicit equipment approval for the vehicle and charging arrangement.

Electrical capacity, load management, metering, resident rights, fire strategy and charging cost belong to the dedicated EV charging guide. Do not accept a statement that the bay is "EV ready" as proof of either physical usability or electrical deliverability.

Handover test for the assigned parking space

The parking-specific inspection should be performed after the permanent route, gate, lighting, drainage features, guards, signs and equipment are substantially complete and access is authorised. It should still occur early enough for discrepancies to be documented before final acceptance.

Prepare the signed plan, vehicle profile, measuring tools, camera, light, chalk or removable markers where permitted, and a defect sheet. Then:

Verify the level, number and fixed reference points.
Reconcile boundaries and obstacles with the plan.
Measure clear width, length and height at the relevant zones.
Drive the entire inbound route.
Park forward and reverse where permitted.
Repeat with adjacent bays occupied or simulated without entering their rights.
Open mirrors, driver door, relevant passenger doors and boot.
Test child-seat or mobility use where relevant.
Drive the complete outbound route.
For mechanical parking, run an authorised full storage and retrieval cycle for the allocated position.
Record queue, delay, alerts and required interventions.
Photograph and video every discrepancy with scale and location.

A defect entry should state fact, evidence, effect and requested response. "Parking is uncomfortable" is weak. "The vehicle must cross the neighbouring bay boundary to clear the column when that bay is occupied" describes a reproducible functional condition. Separate legal mismatch, design or construction discrepancy, operating failure and personal fit. Each category may need a different professional and remedy.

The wider technical inspection of the apartment may be coordinated with a qualified inspection professional. See the separate home inspection guide in Hebrew without turning this parking review into a whole-building acceptance protocol.

A remote buyer needs an evidence chain, not a reassuring video call

An overseas buyer should appoint a representative with written authority and an exact parking assignment. Send a one-page test brief containing the bay number, level, signed drawing, current vehicle profile, most demanding use case and required photographs.

Require one continuous route video from the public entrance to the parked position and back out. Add still images of the identifier, all four corners, each column, lowest route point, ramp transitions, gate queue, door opening and boot opening. Every measurement image should show endpoints and a wider context frame.

The representative should not substitute "a similar SUV" without a comparison table. Record the test car's exact variant and measurements. If your car cannot be represented physically, ask a traffic consultant to run the current vehicle through the latest as-built geometry and explain the model's assumptions.

For a mechanical system, obtain the exact equipment sheet, demonstration of your allocated position, screen messages, cycle timing and written fault process. Ensure someone who reads Hebrew can compare the control labels and instructions with the translated explanation. Preserve original Hebrew documents beside translations because the original contractual version may control.

Hold a short evidence meeting with the lawyer, traffic professional and representative when facts cross disciplines. The lawyer confirms the promised right. The traffic professional assesses geometry. The representative proves the built condition. No single participant should silently answer all three questions.

Contract requests worth raising before signature

Your Israeli lawyer must tailor the drafting, but the practical requests should address:

unambiguous bay identity and attached dated drawing;
explicit conventional, tandem or mechanical type;
no change from conventional to mechanical without express agreement;
objective equivalence criteria for any permitted relocation;
disclosure of tandem or system dependency;
delivery of the selected equipment model and limits before the decision deadline;
use consistent with the applicable plan and legal requirements;
access for a controlled route and vehicle-fit test before acceptance;
a response, correction or alternative process for proven mismatch;
delivery of documents needed to register the promised attachment;
preservation of rights if the future condominium plan differs;
a process for updating the buyer when the garage plan revision changes.

Do not request a promise that the space fits "every car". It cannot be tested and is unlikely to be true. Define the evidence, design vehicle, equipment limits, clear envelope and agreed use scenario instead.

Compare two spaces or projects without hiding dependencies

Score each option under five headings:

Certainty of legal identity and future registration.
Clear built envelope and human-use space.
Route, ramp, height and occupied-condition maneuver.
Dependency on another car, gate, lift or mechanical system.
Fit for the household's present and foreseeable vehicles.

Attach evidence to every score. A deep-basement space may be excellent when the route is simple and dry. A place beside the residential lift may be difficult because of a column. A robotic system may save land while adding queue and outage dependency. There is no universal ranking.

Separate a legal or technical discrepancy from a preference. A buyer may reasonably reject a place that requires folded mirrors every day even if it meets the applicable minimum. Conversely, personal dislike does not by itself prove breach. This distinction improves negotiation and prevents exaggerated claims.

50 exact questions to ask the developer

What parking identifier appears in the sale agreement?
On which level and between which fixed grid references is it located?
What is the date and revision of the attached tashrit mecher?
Is the space promised as a future hatzmada to this apartment?
How is it expected to appear on the tashrit bayit meshutaf?
Is any part of the right only a licence to use rechush meshutaf?
May the seller relocate the space, and under what clause?
What measurable conditions define an equivalent replacement?
Is it conventional, parallel, tandem, stacker, puzzle or robotic parking?
Does access depend on moving another resident's car or platform?
Which official planning document, revision and geometry apply to this space?
Which parking angle and service category were used?
What aisle geometry was paired with the bay in the calculation?
What is the clear built envelope after every permanent obstruction?
Where are columns relative to the driver's and rear doors?
Which walls, kerbs, guards or ledges border the space?
Which pipes, ducts, cabinets, signs or sprinklers occupy the mirror or roof zone?
What is the lowest clear-height point on the complete route?
Which design vehicle was used for the swept-path analysis?
May we receive the current swept-path drawing and its assumptions?
Does the trace include mirrors, nose swing and tail swing?
Was the model updated to the as-built columns and equipment?
Can the car enter and leave without crossing an occupied neighbouring bay?
How many correction movements are expected in the designed scenario?
What happens when both adjacent spaces contain vehicles?
How many cars can wait at the gate without blocking the street or footway?
Can entering and exiting vehicles pass at the ramp or waiting area?
What are the gradient transitions at the top and bottom of the ramp?
How was underbody contact checked for the design vehicle?
Where do ramp water, channels and gullies discharge?
What happens if a drainage pump or its power supply fails?
Is there known water ingress or flood history at the site?
For tandem parking, are both positions attached to the same apartment?
Who controls keys when the outer vehicle blocks the inner one?
What exact manufacturer and model supplies the mechanical system?
May we receive the binding vehicle-limit schedule before signing?
What length, width, height, mass, wheel and ground-clearance limits apply?
How is a resident's retrieval waiting time measured?
What queue was assumed for the morning departure period?
Which movements remain possible during a power failure?
Who is authorised to use manual mode or recover a trapped vehicle?
What service response arrangement applies outside normal working hours?
Which critical spares and local technical support are available?
Can the building maintain the system if the original supplier changes?
How are pits, controls and vehicles protected from water?
What approved action does the system take during a fire alarm?
Does routine service require our allocated place to remain empty?
What is the legal and planning status of any accessible space offered?
Is there a continuous accessible and pedestrian route from the bay to the lift?
What written process applies if the document, measurement or vehicle test fails?

Printable parking due-diligence checklist

Legal identity and documents

The agreement identifies the parking number, level and type.
The signed plan carries a date and revision.
The same location is traceable across the agreement, mifrat and garage plan.
The lawyer has explained hatzmada, common property and interim rights.
The seller's relocation power and equivalence test are understood.
The future condominium-plan and registration process are recorded.
All Hebrew originals and professional translations are retained.

Clear built envelope

Marked and clear length have been recorded separately.
Clear width has been measured at floor, mirror and door heights.
Every column has coordinates or fixed-reference measurements.
Walls, guards, kerbs and wheel stops are shown.
Pipes, ducts, cabinets, lights, signs and sprinklers are shown.
The lowest point above the bay is measured.
Slopes and water flow inside the bay are recorded.
Photographs show both measurement endpoints and context.

Vehicle and people

Manufacturer data matches the exact model and variant.
Open and folded mirror widths are known.
Wheelbase, turning definition, overhang and ground clearance are known.
Roof rails, antenna, box, rack and tow equipment are included.
Driver and passenger doors have been opened in realistic positions.
The boot has been opened without striking a wall or overhead item.
Child-seat loading has been tested where relevant.
Mobility transfer, ramp or hoist has been tested where relevant.
A foreseeable future vehicle has been considered.

Route and ramp

The turn from the public street has been observed.
Gate recognition and waiting space have been tested.
Opposing traffic and priority arrangements are understood.
Every ramp transition has been checked for grounding.
Wet grip, drainage and sightlines have been reviewed.
The lowest point on the complete route is known.
Every bend has been tested in both travel directions.
The bay can be reached while neighbouring spaces are occupied.
Exit can be completed without borrowing another owner's area.
The complete route has been recorded on video.

Tandem or mechanical dependency

Both tandem positions and blocking order are documented.
Household or tenant key control is workable.
The exact equipment model and allocated position are identified.
Every binding vehicle limit has been checked independently.
Idle cycle time and occupied queue time are distinguished.
Power-loss and fault procedures are written.
Authorised manual operation and vehicle recovery are identified.
Water and fire interfaces have been explained by the appropriate professionals.
Service access and temporary loss of use are understood.
Supplier, software and spare-parts dependencies are documented.

Handover evidence and decision

The representative used the correct plan and bay number.
The test car is the buyer's car or has a written equivalence matrix.
Fixed obstacles are in final positions.
Forward and reverse parking methods have been attempted safely.
Adjacent-space occupation has been represented.
Each regular driver has assessed normal daily use.
Every discrepancy states fact, evidence, effect and requested response.
Legal, technical, operating and personal-fit issues are classified separately.
The lawyer and relevant professional have reviewed material findings.
The final decision records any accepted dependency or limitation.

Red flags that justify stopping the parking decision

Pause before signing or accepting the parking element if the seller will not identify a specific place or parking type, if the signed drawing can be replaced without an objective equivalence standard, or if a conventional space can become mechanical without clear consent. A refusal to provide the selected mechanical-equipment limits is also material because no vehicle-fit conclusion can be made.

At the physical stage, stop when the route test requires an occupied neighbour's area, when the lowest point has not been measured, when a ramp contact risk is dismissed without analysis, or when a column or cabinet differs from the plan and no updated swept path exists. For a robotic system, missing outage, recovery, queue or local-service information means the operating dependency has not been explained.

For an accessible use case, stop if the salesperson treats a painted symbol as the complete answer, if the transfer side is obstructed, or if the continuous route and legal allocation status are unknown. These are requests for evidence, not automatic declarations that the project is unlawful.

Frequently asked questions about parking in an Israeli new project

What is the legal size of a parking space in a new Israeli building?

There is no single context-free rectangle that answers every project. The applicable guidance depends on the parking angle, aisle arrangement, service category, walls, columns and current document revision. Ask the project's traffic consultant to identify the exact source and geometry, then measure the clear built envelope and test your vehicle separately.

Does the painted parking number prove the space belongs to my apartment?

No. It helps identify a physical location, but the legal promise comes from the sale agreement, signed plan, specification and future registration process. Your Israeli lawyer should map the physical number to the promised hatzmada, the condominium plan when prepared, and the final rights record.

Is `hatzmada` the same as an exclusive right to use common property?

Not necessarily. Hatzmada is an Israeli registration concept, while an exclusive-use arrangement may depend on contract or condominium rules. The transfer, rental and enforcement consequences can differ. Ask the lawyer to name the exact right, not merely translate both ideas as "private parking."

Can a column project into a parking bay?

The answer requires the applicable plan and guidance, not a visual guess. Measure the column's location, clear width at relevant heights, door-opening conflict and effect on the turning path. A column near a corner can materially change use even when most of the nominal rectangle remains clear.

Will an SUV fit a normal Israeli parking space?

"SUV" is not a dimension. Use the exact model and variant's length, body and mirror width, height, wheelbase, turning data, ground clearance, doors and boot. Test the entire route as well as the bay. A wide car may park but fail at a bend, ramp transition or door-opening zone.

Is aisle width more important than bay width?

They work together. A generous bay served by a narrow aisle or poorly positioned column may demand repeated corrections. Conversely, a modest bay with a good approach can be easier. Review the paired geometry, swept path and occupied-condition drive rather than ranking one dimension alone.

Does an entrance clearance sign cover the whole garage?

No. Locate the lowest point on the entire inbound and outbound route, including beams, sprinklers, ducts, shutters, signs and movable platforms. Compare it with the real vehicle height including roof equipment and with the car's changing angle on ramps.

Does tandem parking count as two spaces?

It may provide two physical positions, but one vehicle blocks the other. Confirm rights in both positions, key control, rental arrangements, disabled-car scenarios and resale description. It should not be compared with two independent spaces without stating and valuing the dependency.

Can a developer replace conventional parking with a stacker?

The answer depends on the signed contract, plans, disclosed seller powers and applicable law. The practical risk is significant because vehicle limits, waiting, maintenance and failure replace direct access. Have the lawyer address parking type and any permitted substitution expressly before signature.

Does a mechanical parking space fit every car under the weight limit?

No. The exact system may also limit length, width, height, wheelbase, axle position, tyre placement, ground clearance and accessories. Obtain the binding schedule for the selected model and check every limit. A conventional-bay dimension table is not a substitute.

How should I test robotic parking retrieval time?

Define when the clock starts and stops, then measure an idle request and a queue with several prior requests. Include transfer-cabin availability, user alignment errors and the morning demand assumption. Machine cycle time is only one component of the resident's total waiting time.

Can an overseas buyer inspect parking without bringing the actual car?

Yes, but use a documented method. Compare the actual vehicle with the test vehicle across length, mirror width, height, wheelbase, turning characteristic, ground clearance and doors. Where no equivalent exists, combine current as-built geometry, professional swept-path analysis and targeted physical tests. Preserve continuous video and contextual measurement photographs.

Official sources and review note

Reviewed on 7 August 2026. This guide is a due-diligence framework, not a substitute for advice on the specific agreement, permit, traffic design, accessibility design, survey, engineering condition or parking equipment. Requirements and project documents can change. Verify the current source, revision and built condition before signature and handover.