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Industrial-Grade Engineering
Extraordinary Mobility Meets Modular Design
Ultimate Robotics Dingo X1 climbs stairs and slopes up to 40° and runs for up to two hours on a charge, moving through areas that are awkward for a person or a fixed camera to cover.
With ROS1/ROS2 compatibility, an open SDK and simulation support, it's also used by research and engineering teams to test navigation, perception and locomotion algorithms before scaling proven approaches onto our larger platforms.
DINGO X1 is built on DEEP Robotics’ platform, supplied and supported in Australia by Ultimate Robotics.
Why Ultimate Robotics
The support that comes with the platform
Authorized Distributor
Full manufacturer-backed warranty coverage and dedicated product support
Hassle-Free Delivery
Complete end-to-end logistics management, including customs clearance
Single Point of Contact
All pre-sales and post-sales support handled by our dedicated team
Documentation & Resources
Full access to detailed technical guides and a comprehensive knowledge base
Product Overview
12 Kg
Weight
2 Hrs
Endurance
40°
Slope
7.5 Kg
Load
Powered by
Model Features
Dingo X1 Platform Highlights
Engineered for the best combination of mobility, durability, and intelligence in industrial field applications.
Mobility & Terrain
Max Slope: 40°
Obstacle Height (Stair Climb): 15 cm
Mileage: Up to 5 km (ranges 2.7–5 km depending on variant)
Sensing & Perception
Front & rear auto-stop
Object following
Obstacle avoidance
Auto-navigation
Computing & SDK
Powered by an Industrial IMU and an industrial-grade real-time control system with control frequency up to 1kHz — delivering triple the computing power of the previous generation. Supports an open modular structure for RTK, 5G, AI computer, and edge processors, plus SDK/API for advanced development (simulation, perception interface, auto-navigation, 3D mapping with LiDAR & depth camera).
Capabilities
Dingo X1 Core Capabilities
Fusion Perception
Combines depth camera and LiDAR sensors for object detection, auto-stop, and automatic navigation.
Agile Locomotion
Capable of jumping over gaps, climbing steps up to 15 cm, front flips, back flips, twist dances, waving, moonwalking, and automatic self-righting.
Enhanced Interaction System
More responsive FPV image transmission with minimal lag, plus an interactive lighting system so the robot's status can be monitored in real-time.
Expansion Evolution
Open modular structure and interfaces support integration of RTK, 5G, AI computers, and additional sensors for unlimited development.
Use Cases & Application Scenarios
Modular Design
for Unlimited Possibilities
RESEARCH & CUSTOM DEVELOPMENT
Open SDK & Secondary Development
With open modular structure, USB3.0/HDMI interfaces, and support for RTK, 5G, and AI compute modules, Ultimate Robotics Dingo X1 serves as a robotics research platform — enabling universities and labs to build custom perception, control, and navigation algorithms.
AUTONOMOUS MAPPING & NAVIGATION
LiDAR-Powered 3D Mapping
Equipped with depth sensing and optional LiDAR, Ultimate Robotics Dingo X1 can support SLAM, autonomous navigation, obstacle avoidance and 3D environmental reconstruction - allowing teams to develop and test how robots perceive, map and move through complex real-world spaces.
Support and Lifecycle
Support That Keeps Your Robotics Working.
From 24/7 assistance to preventative maintenance and operator training, our support ecosystem helps keep your robotic solution reliable, relevant, and ready for the long term.
24/7 Support
Covers variety of information with just one number.
High Reliability Support
Preventative and responsive maintenance designed to maximize uptime and reliability.
Stay Up-to-Date
Regular review of robotic payload that stays relevant to use case. Higher level of engineering expertise so product don't become obsolete.
Operator Training
Equip your team with the knowledge and skills to operate your robotic systems safely and effectively.
Frequently Asked Questions
Dingo X1: Common Questions
Can't find what you're looking for? Contact our team to discuss your specific site and compliance requirements.
What is the Dingo X1 built for?
How long can the Dingo X1 operate on a single charge, and how far can it travel?
Can the Dingo X1 be used for robotics research and software development?
What terrain and obstacles can the Dingo X1 handle?
What support comes with a Dingo X1 purchase in Australia?
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Dingo X5
DINGO X5 is a wheel-leg hybrid unmanned ground robot engineered for high-speed, omnidirectional mobility across mixed and confined terrain.
Dingo X7
DINGO X7 is our flagship all-terrain quadruped robot - an all-weather unmanned ground platform engineered for extended perimeter patrol across large-scale sites.
