DEEP Robotics M20 Pro
$61,200
Wheel-legged hybrid for fast flat-ground travel + complex terrain. Last-mile delivery ready.
Request a QuoteWheel-legged hybrid for fast flat-ground travel + complex terrain. Last-mile delivery ready.
Request a QuoteThe M20 Pro (Lynx M20 Pro) is a versatile wheel-legged hybrid robot that combines fast flat-ground travel with complex terrain capability, ideal for last-mile delivery and mixed-environment inspection.
12 DOF (3 per leg) plus wheel drive. Standing height approximately 45–50cm, weight 33kg. Effective payload of 15kg with 50kg structural maximum. Top speed of 5 m/s in lab conditions, 2 m/s safe operating speed. Battery life of 2.5 hours loaded, 3 hours unloaded.
Dual 96-line LiDAR with NVIDIA-level perception platform. IP66-rated for dust and water protection.
Contact DEEP Robotics through BotInfo.ai for pricing and availability. Global shipping. Lead time: 2–4 weeks.
The wheel-legged hybrid concept is genuinely interesting for last-mile delivery and mixed-terrain work. 5 m/s top speed in lab conditions is impressive but real-world performance is closer to 2 m/s. The 96-line LiDAR is high-end for this price point.
The M20 Pro is $61,200. Final pricing depends on configuration, quantity, and shipping destination. Request a quote for your configured price and lead time.
The M20 Pro is a wheel-legged hybrid: it rolls quickly on flat ground and walks over complex terrain, making it well suited to last-mile delivery and mixed-environment inspection.
The M20 Pro has 12 degrees of freedom plus wheel drive, stands about 45–50 cm, weighs 33 kg, carries 15 kg effective payload (50 kg structural maximum), uses dual 96-line LiDAR, is IP66-rated, and runs 2.5–3 hours. Top speed is 5 m/s in lab conditions, 2 m/s safe operating speed.
The M20 Pro is built for last-mile delivery and inspection across mixed indoor and outdoor terrain, where both speed and terrain capability matter.
Yes; the M20 Pro ships worldwide, with a typical 2–4 week lead time. Request a quote for delivery to your destination.