Deep Robotics M20 Pro payload integration and mounting kit

Deep Robotics M20 Pro Payload Integration and Mounting Kit

This is a special order item — not currently in stock.
Special order items are reserved through our sales team. Submit the form below and a Maverick representative will reach out to confirm availability, lead time, and next steps to secure your unit. A deposit may be required to begin the order. Prefer to talk now? Call us at (612) 808-9838.
Lead time varies by manufacturer. A deposit may apply and will be credited toward your final invoice.

M20 Pro Payload Integration & Mounting Kit Overview

The Deep Robotics M20 Pro Payload Integration & Mounting Kit is the official hardware interface for attaching OEM and compatible third-party payloads to the M20 Pro UGV. It provides a secure, vibration-dampened mounting platform that enables operators to rapidly reconfigure the robot for different mission profiles without specialized tools or lengthy setup procedures.

Manufactured in China to Deep Robotics' engineering standards, the kit is designed for field durability and ease of use — allowing mission commanders to swap payload configurations quickly between deployments and maximize the operational versatility of the M20 Pro platform.

One Platform. Infinite Mission Configurations.
The M20 Pro Payload Integration & Mounting Kit transforms the M20 Pro into a truly modular UGV. Swap between gas detection, thermal imaging, LiDAR, or communications payloads in the field — without returning to base or requiring specialized technicians. Mission flexibility, built in.

Vibration-Dampened Payload Protection

The mounting platform incorporates vibration isolation to protect sensitive payload electronics — cameras, gas sensors, LiDAR units — from the mechanical shock and vibration generated during dynamic quadruped locomotion across rough terrain.

Rapid Field Swap Design

Tool-assisted quick-release retention allows operators to change payload configurations in minutes — not hours. Designed for real-world field conditions where mission requirements can change rapidly and downtime is not an option.

Lightweight, Low-Profile Construction

At just 5 lbs, the mounting kit adds minimal mass to the M20 Pro's total payload budget — preserving the robot's agility, battery endurance, and dynamic performance across all terrain types and mission durations.

Learn More +

Expand the M20 Pro. Deploy Any Mission.

The Deep Robotics M20 Pro Payload Integration & Mounting Kit is the official hardware solution for attaching third-party and OEM payloads to the M20 Pro unmanned ground vehicle. Engineered for rapid field deployment and secure payload retention, this kit enables operators to configure the M20 Pro for a wide range of specialized missions — from gas detection and thermal imaging to LiDAR mapping and communications relay.

Designed to interface directly with the M20 Pro's payload bay, the mounting system provides a stable, vibration-dampened platform that protects sensitive sensor equipment during dynamic locomotion across uneven terrain.

Key Features

  • OEM-designed mounting interface for the Deep Robotics M20 Pro payload bay
  • Secure mechanical retention with tool-assisted quick-release capability
  • Vibration-dampened platform to protect sensitive payload electronics
  • Lightweight construction minimizes impact on robot payload capacity
  • Compatible with Deep Robotics OEM payloads and select third-party integrations
  • Designed for rapid field swap — reconfigure mission role in minutes

Ideal Applications

  • Multi-mission UGV configuration and payload hot-swapping
  • Integration of gas detection, thermal, LiDAR, or camera payloads
  • Industrial inspection and hazardous environment reconnaissance
  • Public safety, search and rescue, and CBRN response operations
  • Research and development robotics platform customization

The M20 Pro Payload Integration & Mounting Kit is the foundation of a modular, mission-adaptable ground robotics platform — purpose-built for operators who need flexibility without compromising reliability.

Visto recientemente