Serving Burlington · Oakville · Hamilton · Mississauga · Toronto & the GTA
Tackle heavy-duty delivery demands across all scenarios. 300 kg payload capacity, low 23 cm chassis with motorized lift, 100% offline standalone operation, and 3D Vision + Dual LiDAR.
Product introduction
The Keenon S300 is a heavy-duty autonomous mobile robot engineered to tackle the most demanding logistics tasks across manufacturing plants, warehouses, supermarkets, hotels, and hospitals. Equipped with a low 23 cm chassis, integrated motorized lift, and 100% standalone offline capability, it transports up to 300 kg without requiring Wi-Fi or infrastructure modifications.
Details & key features
Six core engineering innovations that power the Keenon S300, plus complete technical specifications.
An industry-low 23 cm ground clearance and high-torque electric lift system effortlessly elevate and transport heavy cargo carts, palletized goods, and material racks weighing up to 300 kg (660 lbs).
300 kg payloadOperates completely self-contained with full on-board edge intelligence. Zero risk of connectivity drops, cloud server latency, or network dead zones in metal-shielded industrial plants.
100% offlineDeploy immediately without laying magnetic tracks, QR codes, or restructuring facility workflows. The S300 maps the site and achieves full operational readiness within a single day.
1-day deploymentProprietary AI path planning algorithms adapt in milliseconds, dynamically steering around forklifts, personnel, and temporary floor obstacles without stalling production workflows.
Millisecond AIPowered by an advanced fusion of 3D stereo vision cameras, dual survey-grade LiDARs, and VSLAM navigation to maintain centimeter-accurate positioning across sprawling facilities.
Dual LiDAR + VSLAMBacked by triple emergency stop buttons and active obstacle avoidance sensors, the system proactively prevents collisions and ensures operators and equipment remain completely protected.
Triple E-StopsSpecifications
Full technical specifications for the Keenon S300 heavy-load logistics robot.
*All battery and payload claims depend on facility layout, incline, load distribution, and operating conditions. Actual results will vary. Charging duration refers to full recharge cycle with the robot powered on. Do not attempt to charge a wet robot.
See it in action
See the KEENON S300 heavy-load AMR in industrial action. The video loops automatically.
The selected video loops. Switch on auto-advance to play in order.
Image gallery
Tap any image to view it full size.
FAQs
Can’t find what you need? Our industrial automation team is happy to help.
The Keenon S300 carries payloads up to 300 kg (660 lbs). Its industry-low 23 cm chassis slides directly beneath customized material carts, racks, and low-profile dollies, then uses an internal motorized lift to raise the load for transit.
No. The S300 operates 100% standalone and offline without requiring Wi-Fi, 5G, or cloud connectivity. All mapping, AI path planning, and localization algorithms execute locally on-board, preventing downtime in signal-shielded industrial areas.
The S300 offers true plug-and-play deployment. It requires zero infrastructure remodeling, no buried magnetic wires, and no ceiling QR codes. A facility can be completely mapped and operational within a single day.
Powered by an integrated sensor suite of 3D vision, dual survey LiDARs, and VSLAM, the on-board AI evaluates surrounding floor traffic in milliseconds, smoothly decelerating and recalculating paths around personnel, forklifts, and moving equipment.
Safety is maximized through triple physical emergency stop buttons positioned around the robot, alongside proactive 3D LiDAR obstacle detection and a low-slung mechanical safety bumper for instant emergency braking.
The S300 provides up to 6 hours of continuous runtime per charge under heavy load. Fast recharging takes only 3.5 hours to return from 0% to 100% capacity using an automated dock or direct charging pile.
Product brochure
Fill in your details and the download starts automatically.
Your brochure is downloading. If nothing happens, click here to download it.
