Radar Object Detection System (RODS-L) 1
Radar Object Detection System (RODS-L) 1
Radar object detection system RODS-L M10 (4)
Radar object detection system RODS-L M10 (5)
Radar Object Detection System (RODS-L) 2
OSHA compliant Logo
Osha Compliant

Forklift Radar Object Detection System (RODS-L) M10

The Radar Object Detection System RODS-L M10 is a high precision compact radar sensor designed to enhance vehicle safety by providing timely visual and audible alerts that help drivers avoid collisions. Built to work reliably in all weather and extreme conditions, its intelligent multi-zone detection helps identify safe, caution, and danger areas for better hazard awareness. With an impressive detection range of 10 meters and a remarkable three-zone detection capability.

Radar Object Detection System RODS-L (M10) | Video

Watch this video to understand how the Forklift RODS-L radar system detects moving and stationary objects to enhance safety in industrial traffic zones.

Radar Object Detection System (RODS-L) video thumbnail

Technical Specifications

Display Unit

Detection Zone

3 Zones

Operating Temp.

-30°C ~ +70°C

Cable Length

0.7 M

Other Features

Connector

4P Screw Lock type

Housing Material

Polycarbonate

Dimension

20(H) x 65(L) x 54(D) mm

Weight

220g with Bracket

Sensor Spec

Transmit frequency

24.05 ~ 24.25 GHz

Modulation

FMCW (Frequency Modulated Continuous Wave)

Supply voltage

12 ~ 24V DC

Current consumption

300 mA@12V

Power on time

300ms

Detection time

200ms

Operating temperature

-40°C~ 85°C

IP protection rate

69K

Dimension

43.6(W) x 43.6(H) x 33.1(D) mm

Weight

175 g (W/O Bracket) 240 g (With Bracket)

Key benefits of Radar Object Detection System

Smarter Detection For Safer Movement

Safety With Zero Compromises
 Programmable Radar Sensor icon

Programmable Radar Sensor

Allows precise configuration for accurate object detection.

Compact 24 GHz Radar Sensor

Small in size yet powerful enough to deliver reliable performance.

FMCW Radar Modulation

Ensures stable and high precision detection in varying environments.

Waterproof and Rugged Design icon

Waterproof and Rugged Design

Built to operate dependably in harsh and demanding conditions.

Related products

What our Clients say

Trusted By Leading Industries For Safety, Clarity, And Dependability

Since we started using the Forklift Detection Radar System, our warehouse is much safer. The system alerts our drivers to hidden objects and people in blind spots, preventing accidents. It’s easy to set up and use, and we’ve seen a noticeable drop in safety incidents.

Kuwait Drilling Co. K.S.C.C. Warehouse Manager

The Forklift Radar Detection System RODS-L has greatly improved safety in our factory. The system helps our forklift drivers spot obstacles and avoid accidents in tight spaces. It’s reliable, easy to install, and has made a big difference in preventing accidents.

Solatherm Gulf FZE Logistics Head

The Forklift RODS-L Radar Detection System has improved our distribution center’s safety significantly. Drivers can now easily avoid obstacles and prevent collisions in high-traffic areas. The system is user-friendly, and we’ve seen fewer accidents and smoother operations since we started using it.

Camden Boss Ltd Operations Manager

Thanks to the Forklift Radar Object Detection System, our logistics team feels much safer. The system helps detect hazards around forklifts, preventing accidents. It’s easy to install and use, and we’ve had fewer close calls since implementing it.

TP Electrical Supplies & Fixings LTD Warehouse Safety Manager

Contact us to optimize your industrial safety today!

Fancy Arrow

Let’s build a safer worksite together

Get Your Custom Safety Solutions

Map SVG Image

FAQs—Forklift Radar Object Detection System (RODS-L)

Find Quick Answers To Common Product Questions

What is the detection range of RODS-L M10?

The RODS-L detection radar offers programmable detection modes covering up to 3.0 metres wide by 5.5 metres long. The three-zone detection layout — danger, caution, and safe — can be configured based on the specific operational needs of your forklift fleet or facility.

The SharpEagle RODS-L is a compact 24GHz FMCW radar detection system engineered specifically for forklifts and industrial vehicles. It continuously monitors the area around the vehicle using radar object tracking technology and delivers real-time visual and audible alerts to the driver whenever a person or obstacle enters the detection zone — helping prevent collisions before they happen.

Yes. The RODS-L is one of the most effective forklift pedestrian detection systems available. Its radar object tracking continuously scans the rear and sides of the forklift — the zones where pedestrian collisions most frequently occur — and immediately alerts the operator when a person enters the detection zone, even if they are crouching or partially obscured.

Yes. The RODS-L M10 radar object tracking reacts in 200ms — fast enough to function effectively as a forklift impact detection system by alerting the driver before contact occurs. When integrated with compatible vehicle control systems via CAN-Bus, it can also trigger automatic speed reduction or braking responses.

Yes. The RODS-L M10 supports CAN-Bus communication and API/SDK integration, making it compatible with most existing forklift safety systems, fleet management platforms, IoT systems, and industrial automation software. This makes deploying the forklift collision system across a mixed fleet straightforward and cost-effective.

It’s perfect for forklifts, industrial trucks, construction machinery, and heavy-duty vehicles operating in confined, high-traffic, or hazardous areas where collision risks and blind spots are common challenges.

Yes, the detection radar system supports API and SDK integration, making it compatible with existing IoT platforms, security infrastructure, and automation systems used in industrial or commercial fleet operations.

Absolutely! It’s built for ADAS and autonomous systems, offering real-time object detection and tracking that enhances navigation, reduces collision risk, and supports self-driving vehicle operations in dynamic environments.