ZKTeco VR10 Pro Long-Distance Vehicle Reader in Dubai, UAE
Designed for controlled vehicle entrances, the VR10 Pro is a 79GHz radar sensor that detects vehicles and pedestrians around a parking barrier. It gives project teams a practical alternative to ground-loop detection where a compact surface-mounted device, configurable detection distance and direct barrier-system connectivity are preferred. FourTeck.com can help UAE buyers review the lane layout, boom type, interface requirements and related parking equipment before quotation.
Request QuoteCheck UAE Availability
Quick Product Information
ZKTeco
VR10 Pro
79GHz parking-barrier radar sensor
Adjustable from 1 m to 6 m
Bluetooth, RS485 and relay
IP67
Parking barrier lanes and controlled vehicle entrances
Confirm barrier, straight-boom fit and detection zone
Radar Assistant
Contact FourTeck.com for current options
Confirm current terms with quotation
Share site and barrier requirements for review
Fast Decision Snapshot for Project Buyers
The fastest way to decide whether this unit belongs in your project is to look at the lane function rather than the model name alone. It is primarily a radar presence detector for a parking barrier, not a camera that reads number plates and not a UHF tag reader that authenticates vehicles. It is most relevant when the barrier controller needs dependable information about vehicles or pedestrians in a defined area close to the boom.
Controlled parking lanes, employee entrances, commercial compounds, warehouses and gated premises.
Surface-mounted radar detection can simplify projects that would otherwise require pavement work for an inductive loop.
Barrier model, boom type, mounting location, lane geometry, required detection distance and power/interface availability.
Vehicle presence detection and vehicle identity are different functions; LPR or UHF equipment may be needed for identification.
Product matching, barrier-related guidance, quote preparation, delivery coordination and warranty guidance for UAE projects.
Product Overview
Modern parking entrances have two separate jobs to manage: deciding whether a vehicle is allowed through and moving the barrier arm without creating unnecessary risk around the lane. The VR10 Pro focuses on the second part of that workflow. ZKTeco describes it as its second-generation radar for detecting vehicles including motorcycles, cars and trucks, as well as pedestrians near the barrier gate. The sensor can be linked with the barrier-gate main board so the control system can respond to an occupied or cleared detection zone.
That distinction matters when preparing a bill of materials. A radar detector does not replace every other parking component. If a project must identify a vehicle by license plate, card or UHF tag, a suitable identification device is still required. The radar is used to understand presence in the immediate barrier area. ZKTeco’s own parking projects show the VR10 Pro used alongside barriers and separate license-plate-recognition equipment, which illustrates how it can form one part of a broader entrance-control design.
For installation planning, the official data lists a 1 to 6 metre detection distance, 79GHz working frequency and Bluetooth, RS485 and relay interfaces. Bluetooth is useful for parameter setup through the Radar Assistant application, while the wired interfaces support connection to relevant barrier/control equipment. The enclosure carries an IP67 protection rating and the operating-temperature range published by ZKTeco is -40°C to 85°C, giving integrators a platform intended for exposed entrance environments when installed correctly.
For a Dubai or UAE buyer, the practical decision is whether the site’s barrier, boom type, lane speed and detection geometry match the product’s documented design. The datasheet notes support for straight booms and specifies a maximum vehicle speed of 15 km/h for the stated application. FourTeck.com can help procurement teams bring these details together before a quote, reducing the chance of purchasing a sensor without the correct barrier-side interfaces, mounting plan or related vehicle-identification components.
Key Business Benefits
A parking radar becomes valuable when its technical functions solve practical problems for facilities teams, security operators and project contractors. The following benefits explain what the published VR10 Pro capabilities mean in a real entrance-control project.
◆ Defined Detection Zone
An adjustable 1–6 m detection distance lets installers tune the monitored area to the lane rather than treating every entrance as identical. Correct tuning can help the barrier controller react to the presence of vehicles or pedestrians in the intended zone.
◆ Less Pavement Intervention
Radar-based detection can be attractive where a project wants to avoid or reduce the civil work associated with installing a traditional inductive loop in the roadway. This can simplify planning around finished driveways, resurfaced entrances or sites where cutting the road is undesirable.
◆ Multi-Interface Integration
Bluetooth, RS485 and relay interfaces give system designers several ways to configure or connect the sensor. The buyer still needs to confirm the exact barrier-controller wiring and logic, but the available interfaces make the unit suitable for structured integration rather than standalone sensing only.
◆ Outdoor-Oriented Enclosure
The IP67 rating is useful for equipment installed close to exposed vehicle entrances. It does not remove the need for correct mounting, power protection and cable termination, but it gives project teams a sensor designed for demanding environmental placement.
◆ Low Electrical Load
With published consumption of no more than 2.5 W and a DC 10–16 V supply range, the detector has modest power requirements. Integrators can plan the supply and protection together with the barrier-control cabinet rather than provisioning a high-power device.
◆ Supports Safer Boom Logic
When correctly linked to the barrier system, presence information can be used in boom-control logic so the arm is not treated as operating independently of what is happening in the lane. This is especially important at busy employee, visitor and delivery entrances.
Product Highlights That Matter During Selection
The strongest reason to consider this device is not a single headline specification but the way several practical characteristics come together. Its 79GHz radar design, configurable detection distance and compact enclosure give installers a way to monitor the area around a boom gate without placing the sensing element under the road surface. The official dimensions are 107.5 × 73.2 × 18 mm and net weight is 228.4 g, so the unit itself is relatively compact for mounting near the barrier mechanism.
Intended for vehicle and pedestrian detection close to parking barriers.
Allows project-specific adjustment of the detection zone.
Parameters can be adjusted through ZKTeco’s Radar Assistant application.
Useful wired interfaces for barrier/control integration, subject to controller compatibility.
Supports use in exposed entrance environments with proper installation.
The ZKTeco datasheet specifically notes support for straight booms; verify unusual boom arrangements before purchase.
Buyers should also notice the application note on vehicle speed: the manufacturer datasheet states a maximum vehicle speed of 15 km/h for the described installation. That makes lane design and operating policy relevant to product fit. A high-speed free-flow roadway is a different application from a controlled parking entrance, and the equipment should be selected accordingly.
Technical Specifications
| Specification | VR10 Pro Detail | Buyer Relevance |
|---|---|---|
| Brand / Model | ZKTeco VR10 Pro | Parking barrier radar sensor |
| Detection Distance | 1 m to 6 m | Tune to lane and boom-area geometry |
| Working Frequency | 79GHz | Radar-based presence detection |
| Working Voltage | DC 10V to 16V | Confirm available regulated supply |
| Working Current | 0.2A | Useful for power-budget planning |
| Power Consumption | ≤ 2.5W | Low device power requirement |
| Transmitter Output | 12.5dBm | Published radio parameter |
| Antenna Gain | 10dBi | Part of the documented radar design |
| Interfaces | Bluetooth, RS485, Relay | Supports setup and wired system integration |
| Dimensions | 107.5 × 73.2 × 18 mm | Compact mounting footprint |
| Package Dimensions | 166 × 94 × 97 mm | Useful for project logistics |
| Net Weight | 228.4 g | Lightweight sensor unit |
| Operating Temperature | -40°C to 85°C | Broad published environmental range |
| Protection Standard | IP67 | Suitable for exposed locations when installed correctly |
| Support Software | Radar Assistant | Parameter adjustment over Bluetooth |
| Application Notes | Straight boom support; manufacturer datasheet states maximum vehicle speed 15 km/h | Confirm lane operation before specifying |
The table should be read as a project-planning reference rather than a complete installation design. Start with the physical lane: measure the approach and barrier area, identify where pedestrians may enter the zone and note the distance between the sensor mounting point and the area that needs monitoring. Then verify the barrier’s controller inputs and the power available in the cabinet. If the entrance also uses LPR, RFID or UHF credentials, document those as separate subsystems so the detection and identification functions are not confused. Finally, check the boom style and operating speed. The straight-boom note and 15 km/h application limit are particularly important when replacing an existing detector because an older site may have different operating assumptions. Sharing these details with FourTeck.com allows the quotation to reflect the actual entrance architecture instead of treating the radar as an isolated accessory.
Configuration and Buyer Guidance
The correct buying decision begins with the barrier lane, not with the sensor box. Before requesting pricing, identify whether the project is a new installation, a replacement for an inductive-loop detector, or an upgrade to an existing ZKTeco parking system. A new project gives the integrator more freedom to choose barrier, detector, identification technology and control logic together. A replacement project requires closer attention to existing wiring, mounting positions and controller inputs.
Define whether the radar is expected to monitor a vehicle under the boom, approaching traffic, pedestrians near the barrier or a combination within the supported zone.
Provide the exact barrier model and controller information. Do not assume every relay or RS485 interface behaves identically across manufacturers.
The official datasheet notes straight-boom support. Folding, articulated or unusual boom arrangements should be reviewed before purchase.
The published application note states a maximum vehicle speed of 15 km/h, so controlled-lane speed is part of product fit.
If the system must know which vehicle is entering, include LPR, UHF or another credential method. Radar presence detection alone does not provide vehicle identity.
Plan parameter setup, functional testing, barrier logic checks and documentation so the installed detection zone matches the operational requirement.
When contacting FourTeck.com, share a simple site sketch or photographs where possible, the lane width, boom length/type, barrier model, desired detection area, expected lane speed, available DC power, preferred interface, quantity and delivery location. If the radar will be combined with license-plate recognition or UHF access, include those models too. This information gives the sales and technical team a much better basis for product matching, compatible accessory guidance and a useful quotation.
Ideal Business Use Cases
The VR10 Pro is most relevant in controlled, relatively low-speed parking and access lanes where a barrier needs reliable presence information near the boom. The examples below show typical business environments without assuming that one detector configuration fits every site.
Corporate Office Parking
Employee and visitor car parks often combine vehicle authorization with a boom gate. The radar can support presence detection around the barrier while a separate credential, UHF or LPR system determines access permission. This separation helps project teams assign each component a clear role.
Warehouse and Logistics Entrances
Sites handling vans and trucks need controlled gate movement and a clearly defined detection zone. The manufacturer lists motorcycles, cars and trucks among detectable vehicle types, making the sensor relevant for mixed vehicle environments when lane speed and mounting conditions fit the documented application.
Commercial and Retail Parking
Shopping, office or mixed-use facilities may use ticketing, LPR or credential systems to authorize entry. The radar can complement those systems by monitoring presence near the barrier and helping the controller manage boom closing after the vehicle clears the detection area.
Industrial Compounds
Factories and controlled industrial premises often have outdoor gates exposed to dust, weather and temperature variation. The IP67 enclosure and broad published temperature range are valuable considerations, while the integrator should still provide suitable cabling, surge protection and mounting practice.
Residential and Gated Community Entrances
Where barriers manage resident and guest vehicles, radar detection can help separate presence sensing from the access decision. A project can use the appropriate resident credential method while the VR10 Pro monitors the immediate boom area.
Retrofit from Road Loop Detection
A site considering replacement of an inductive loop may value the easier physical installation of radar because sensing equipment is not embedded in the road. Retrofit suitability still depends on barrier inputs, lane geometry and the detection behavior expected by the existing control system.
These use cases all share one characteristic: vehicles are moving through a managed entrance rather than travelling at normal roadway speed. If a project involves high-speed free-flow traffic, complex multi-lane tracking, plate recognition or credential reading, the broader vehicle-management design should be evaluated before selecting this radar as the main sensing component.
ZKTeco VR10 Pro 79GHz Radar Detection
The core of the product is its 79GHz radar sensing function. For a business buyer, the important outcome is not the frequency by itself but the ability to create a controlled detection zone around a parking barrier without placing the detector below the road surface. ZKTeco specifies an adjustable detection distance from 1 to 6 metres, giving installers a defined range to work with during commissioning.
A configurable zone is useful because every entrance has different geometry. A narrow employee gate, a wide delivery lane and a covered basement ramp can all place the barrier, kerbs and pedestrian paths differently. Setting the sensor correctly is therefore part of the project, not a cosmetic preference. The installer should observe where vehicles stop, where the boom crosses the lane and whether pedestrians can enter the monitored area. The chosen parameter should reflect the real operating path rather than simply using the maximum value.
Radar also changes the maintenance conversation compared with a pavement-embedded loop. Road cutting, loop-wire damage and resurfacing can be significant considerations on some sites. A surface-mounted sensor can simplify those physical aspects, although it still needs correct positioning, wiring, protection and periodic functional checks. For procurement teams, this can make the VR10 Pro attractive where civil work needs to be minimized or where an existing entrance is being upgraded after the roadway has already been finished.
ZKTeco VR10 Pro Barrier Integration and Boom Control
Presence information only becomes useful when the barrier system knows what to do with it. ZKTeco states that the radar can be linked with the main board of a barrier gate so the system can help avoid the boom coming down when a vehicle, obstacle or passer-by is in the relevant area and can support automatic closing after the lane is clear. This is why controller compatibility is one of the first questions to resolve during specification.
The VR10 Pro provides RS485 and relay interfaces in addition to Bluetooth. Relay connectivity can be practical where the barrier expects a discrete signal, while RS485 can support communication in designs that use the compatible protocol. Buyers should not assume that the presence of RS485 alone guarantees interoperability; the physical interface and the controller’s supported commands or input expectations both matter. A system integrator should check the exact barrier documentation and planned wiring before installation.
This section also explains why the radar should not be confused with an authorization reader. The barrier may receive an open command from an LPR camera, UHF reader, access controller or ticketing system, while the radar monitors whether the lane is occupied. In many projects those functions work together. Keeping them separate in the design makes troubleshooting easier: one subsystem answers “is this vehicle authorized?” while the radar helps answer “is the barrier area occupied?” FourTeck.com can help buyers identify which additional vehicle-management components need to be quoted alongside the sensor.
ZKTeco VR10 Pro Outdoor Deployment and Configuration
Entrance-control electronics are commonly installed where heat, dust, cleaning water and changing weather conditions are part of normal site life. The published IP67 rating and -40°C to 85°C operating-temperature range give the VR10 Pro useful environmental credentials for exposed installations. Those ratings should be treated as characteristics of the product, not as permission to ignore installation practice. Cable entries, connectors, power supply, mounting hardware and barrier cabinet protection still need to be selected for the site.
Bluetooth provides a practical commissioning path because ZKTeco supports the Radar Assistant application for parameter adjustment. This can reduce the need to access settings through a complex local control panel, especially when fine-tuning the detection distance during testing. A sensible commissioning process includes setting the planned range, driving representative vehicle types through the lane, checking stop positions, testing pedestrian presence where relevant and observing the barrier response through repeated open/close cycles.
For handover, the installer should document the final detection setting and any barrier-controller parameters changed during integration. Facilities teams benefit from knowing what was configured rather than treating the radar as a sealed black box. If the lane layout is later altered, the boom is replaced or traffic flow changes, the original documentation provides a baseline for retesting. This is especially helpful for multi-site customers that want consistent entrance behavior across several properties.
Questions Business Buyers Ask Before Choosing This Radar
The best product choice comes from matching the detector to the lane, barrier and operating workflow. These practical questions address the issues that usually decide whether the VR10 Pro is suitable and what information should be prepared before quotation.
Is the VR10 Pro a license-plate reader or UHF vehicle tag reader?
No. The official ZKTeco specification describes it as a radar sensor for detecting vehicles and pedestrians around a parking barrier. License-plate recognition and UHF credential reading are separate functions. If your entrance must identify or authorize specific vehicles, plan an LPR camera, UHF reader or another access method alongside the radar and barrier controller.
What size of parking entrance is appropriate for this sensor?
The key limit is the documented 1–6 m detection distance rather than a stated car-park capacity. A single controlled lane can be a good fit when the sensor can be positioned to cover the required boom area. Multi-lane projects should be designed lane by lane, with sensor quantity and placement based on the physical barrier arrangement.
Can it replace an inductive-loop vehicle detector?
It can be considered as a radar-based alternative where the project wants surface-mounted detection and compatible barrier integration, but replacement should not be assumed to be plug-and-play. Confirm the existing controller inputs, the detection behavior expected by the barrier logic, mounting location, lane geometry and test procedure before removing a working road-loop system.
Will it work with my existing parking barrier?
Compatibility depends on the barrier controller, available inputs and integration method. The VR10 Pro offers relay and RS485 interfaces, but an interface name alone does not guarantee full interoperability with every barrier. Send FourTeck.com the exact barrier brand/model, controller details and wiring information so the proposed connection can be reviewed before purchase.
What should I check about the boom arm?
Check the boom type first. ZKTeco’s datasheet specifically notes support for straight booms. If the site uses a folding, articulated, fence or unusual arm, treat compatibility as an engineering question rather than assuming the same behavior. Also document boom length, mounting side and the area where vehicles stop beneath or near the arm.
Does vehicle speed matter during selection?
Yes. The official datasheet states a maximum vehicle speed of 15 km/h for the application. This points to controlled parking or access lanes rather than high-speed roadway detection. If vehicles regularly approach faster, review lane-control measures and the overall sensing design before specifying the product so the installed system matches real operating conditions.
What power and wiring should be prepared?
The radar is specified for DC 10–16 V operation, 0.2 A working current and power consumption of no more than 2.5 W. The installer should provide a suitable regulated source, protection and cable routing, then plan relay or RS485 wiring according to the barrier controller. Outdoor connectors and terminations should match the environmental exposure of the site.
How is the detection range configured and tested?
ZKTeco supports parameter adjustment through the Radar Assistant application over Bluetooth. During commissioning, the installer should set the intended zone and test it with the vehicle types that normally use the entrance. A useful test includes approach, stopping, passing under the boom, clearing the zone and checking pedestrian presence where that scenario is relevant.
What should I send FourTeck.com for an accurate quotation?
Provide quantity, delivery location, barrier brand/model, boom type and length, lane width, required detection area, normal vehicle types, approximate lane speed, available power, preferred integration interface and any LPR/UHF equipment already installed. Site photos or a simple sketch are also useful. These details help distinguish a straightforward radar requirement from a broader parking-system project.
Common Business Requirements This Product Can Support
For businesses that want barrier detection without cutting the road
Radar sensing can reduce dependence on an inductive loop embedded in the pavement. This is useful when civil work is disruptive or the driveway surface should remain intact, provided the barrier controller and lane geometry suit the radar installation.
For projects that need an adjustable near-barrier detection zone
The documented 1–6 m range can be configured to the entrance layout. Buyers should define exactly what area needs monitoring and avoid choosing the maximum range automatically without site testing.
For parking systems that already use LPR or UHF authorization
The radar can complement a separate identification subsystem. LPR or UHF can decide who may enter while the detector supplies presence information around the boom, subject to the barrier-control design.
For exposed gates that need a protected sensor enclosure
IP67 protection and the published -40°C to 85°C operating range are useful in outdoor entrance projects. Installers should still plan weather-resistant termination, correct mounting and suitable power protection.
For teams replacing an older detector
A retrofit should begin with the old detector’s function and barrier input logic. Verify whether the new radar must duplicate a simple presence relay, provide communication over RS485, or support different safety/closing behavior.
For multi-site standardization projects
Organizations can evaluate the sensor as part of a repeatable barrier design, but each site should still be checked for boom type, lane speed, geometry and controller compatibility before a standardized bill of materials is approved.
What Buyers Should Check Before Purchase
A radar detector may look like a small accessory, but it participates directly in barrier behavior. The most expensive mistake is usually not choosing the wrong detection distance; it is purchasing the sensor without understanding how the entire entrance is expected to work. Before approval, confirm the function of every component: authorization device, barrier controller, radar, safety devices, power supply and management software where applicable.
Correct Model and Function
Confirm that you need radar presence detection. If your requirement is to read a plate number or a long-range RFID/UHF credential, specify that separately rather than assuming the VR10 Pro performs identity reading.
Barrier Compatibility
Record the exact barrier and controller model, inputs, supply voltage and current system wiring. Check how the relay or RS485 connection will be used in the final logic.
Mounting and Lane Geometry
Measure the lane, boom position and likely vehicle stop line. Decide where the radar can be mounted without obstruction while still covering the required 1–6 m zone.
Boom and Speed Conditions
The datasheet notes straight-boom support and a maximum vehicle speed of 15 km/h. Sites outside those conditions require further design review rather than assumption.
Installation and Commissioning
Plan who will mount, wire, configure and test the sensor. Functional testing should include the actual vehicle types and normal gate operating sequence, not only a bench test.
Warranty and Lifecycle
Request the current warranty terms and confirm the exact supplied model at quotation stage. Do not base lifecycle planning on assumptions from another region or an older datasheet.
Accessories and Related Equipment
Identify whether the project also needs a barrier, LPR camera, UHF reader, access controller, power supply, cabling, mounting hardware or software. The sensor rarely defines the full parking solution by itself.
Quote Preparation
For project or bulk supply, provide quantity, site count, delivery location, expected schedule and technical details together. A structured request helps FourTeck.com return a more relevant proposal and identify any information that still needs confirmation.
Long-term cost should also include installation effort and future maintenance, not only the unit price. A detector that is easy to access and retune may be valuable on sites where road resurfacing or lane changes are expected. Conversely, an existing loop system that works reliably may not need replacement purely because radar is newer. The correct decision depends on the facility, maintenance plan and barrier architecture.
UAE Availability and Service Support
FourTeck.com supports product inquiries for the VR10 Pro and related entrance-control equipment in Dubai and across the UAE. Supply availability can change according to manufacturer channel status, supplier inventory, shipment timing, requested quantity and whether the order includes other parking-system components. For that reason, FourTeck.com uses a quotation process rather than presenting an unverified stock promise.
Business buyers can request assistance with model confirmation, specification review, barrier compatibility questions, related product selection and delivery coordination. If the requirement is part of a complete entrance project, include the barrier model, license-plate or credential system, lane count and controller information. This allows the quote discussion to cover the complete functional requirement instead of treating the radar as an isolated item.
Warranty guidance is also handled at quotation stage because terms can differ according to sourcing route and project conditions. Ask for the applicable warranty information before issuing a purchase order, especially for multi-site or project supply. Where commissioning is being managed by a third-party integrator, it is useful to align product warranty responsibilities with installation, cabling and configuration responsibilities.
To check current options, contact FourTeck.com with your required quantity and UAE delivery location. If you have photos, drawings or an existing barrier model, include them in the inquiry. Clear technical information at the start usually leads to a faster and more accurate product-matching discussion.
Dubai, Abu Dhabi, Sharjah and Ajman Coverage
Businesses in Dubai, Abu Dhabi, Sharjah, Ajman and other UAE locations can contact FourTeck.com for availability checks, quotation support and product-selection guidance. A single-site buyer may only need a sensor and confirmation of compatibility, while a contractor or multi-site organization may need coordinated quantities, related parking barriers, access equipment and delivery planning. Share the destination, project quantity and technical requirement so the response can be matched to the actual installation rather than a generic product request.
GCC and Africa Regional Availability
FourTeck.com also handles business technology inquiries that may extend beyond the UAE into selected GCC and Africa markets. Project teams in Saudi Arabia, Qatar, Oman, Kuwait and Bahrain, as well as buyers in Kenya, Uganda and other Africa-region locations, can submit requirements for review. Availability, freight arrangements, taxes, warranty handling and delivery options can vary by destination and supplier route, so each regional inquiry is assessed individually.
For cross-border projects, provide the destination country, city, quantity, required delivery terms and whether the order is part of a larger access-control deployment. If the same design is planned across several locations, include the intended barrier model and system architecture so the product configuration can be reviewed consistently. Regional orders may also require additional logistics or compliance checks depending on the destination.
FourTeck’s regional inquiry channels can be used where relevant: Kenya FourTeck, Uganda FourTeck, Africa FourTeck and Kuwait FourTeck. These links support regional inquiry routing; they should not be interpreted as a claim of local stock or a physical branch for this particular product.
For a multi-country rollout, ask for product and warranty guidance as part of the quotation so procurement can compare like-for-like scope across destinations.
Related ZKTeco Options for Vehicle-Access Projects
A parking radar usually sits inside a wider vehicle-management solution. Depending on whether your project needs barrier hardware, vehicle identification or a different detector range, the following ZKTeco product families are worth discussing with FourTeck.com. Final compatibility and availability should be confirmed before ordering.
ZKTeco BGM1000
Parking barrier option for projects that require a complete boom-gate platform rather than only a detector.
ZKTeco ProBG3000
Another ZKTeco barrier family to consider when the project needs barrier selection together with radar sensing.
ZKTeco CMP200
Suitable to review for vehicle-gate projects where boom format, opening speed and controller requirements need to be matched to the site.
ZKTeco VR30
A related long-distance-reader family model that may be worth reviewing where project requirements differ from the VR10 Pro.
ZKTeco E-LPRC500
For projects that need license-plate-based vehicle identification in addition to presence detection around the barrier.
ZKTeco UHF5 Pro / UHF10 Pro
Long-range UHF readers for systems where tag-based vehicle authorization is required; they perform a different function from radar detection.
You can also visit FourTeck.com for broader business technology sourcing or send the complete bill of materials through the FourTeck contact page for project review.
Why Business Buyers Contact FourTeck.com
Vehicle-access projects sit at the intersection of security, facilities, electrical work and operational safety. A buyer may know the required sensor model but still need help confirming whether the barrier, controller, power and identification system are being specified as one coherent solution. FourTeck.com supports that procurement conversation without assuming that every inquiry needs the same package.
Assistance with project and quantity-based sourcing requests for UAE business buyers.
Help turning lane, barrier and interface information into a clearer product requirement.
Structured quotation support based on product quantity, destination and project scope.
Guidance when the requirement also includes barriers, LPR, UHF or other access-control equipment.
Delivery requirements can be reviewed as part of the commercial proposal, subject to product availability.
Current warranty terms can be confirmed for the quoted supply route before order approval.
For procurement teams, this approach helps avoid a common issue: approving a model number before the technical assumptions have been checked. Sharing the project context early makes it easier to identify missing accessories, clarify responsibilities between supplier and installer, and compare quotations on the same scope. FourTeck.com does not rely on unsupported stock or delivery promises; current supply details are confirmed through the quotation process.
Frequently Asked Questions
What is the ZKTeco VR10 Pro used for?
It is a 79GHz radar sensor used around parking barriers to detect vehicles such as motorcycles, cars and trucks, as well as pedestrians. When integrated with the barrier controller, its presence information can support controlled boom operation. It is a detection device rather than a license-plate camera or UHF vehicle-identity reader.
What detection distance does it support?
ZKTeco specifies a detection distance from 1 metre to 6 metres. The correct setting depends on the mounting point, boom position and lane geometry. Installers should tune and test the zone during commissioning rather than automatically setting the maximum range for every entrance.
Can FourTeck.com help confirm compatibility with my barrier?
Yes. Send the barrier brand and model, controller information, boom type, required detection zone and available power/interface details. The radar provides Bluetooth, RS485 and relay interfaces, but actual compatibility depends on the barrier controller and how the system is intended to operate.
Is the VR10 Pro suitable for outdoor entrance gates?
The manufacturer specifies IP67 protection and an operating-temperature range of -40°C to 85°C, which are useful characteristics for exposed installations. Correct mounting, cable protection, connectors, power supply and barrier-cabinet practices remain necessary for a reliable outdoor deployment.
How are radar parameters adjusted?
ZKTeco lists the Radar Assistant application as the supported software and Bluetooth as an interface. This allows parameters to be adjusted during installation. Commissioning should include repeated tests with normal vehicles and the actual barrier sequence so the detection zone matches site operation.
Does the product support any type of boom arm?
The ZKTeco datasheet specifically notes support for straight booms. If your barrier uses a folding, articulated, fence or other non-standard boom, confirm suitability before purchase. Boom length and mounting arrangement should also be shared during the technical review.
Is there a vehicle-speed limitation?
The official datasheet states a maximum vehicle speed of 15 km/h for the application. The product is therefore aligned with controlled parking and entrance lanes rather than normal high-speed road traffic. Review any site where vehicles routinely approach faster than this condition.
How can I request a quote in the UAE?
Use the FourTeck.com contact page and provide quantity, delivery location, barrier model, boom details and project requirement. Availability can vary according to supplier status and order quantity, so the team will confirm current commercial options rather than relying on an unverified stock statement.
Can businesses request project or bulk quantities?
Yes. For project supply, include the number of sites, quantity per site, target schedule and whether related barriers, LPR cameras, UHF readers or access-control components are also required. This helps FourTeck.com prepare a more complete sourcing and delivery discussion and identify any configuration differences between locations.
Need Help Matching the Radar to Your Parking Barrier?
Send FourTeck.com your barrier model, boom type, lane details, required quantity and delivery location. The team can help review product fit, current availability, related vehicle-access equipment, warranty guidance and quotation requirements for your project.
