DaxAI Qiji X1 — Specs & Review
Specifications
| Brand | DaxAI |
|---|---|
| Model | Qiji X1 |
| Year | 2026 |
| Category | Search Rescue, Personal Mobility, Industrial Lite |
| Autonomy | semi-autonomous |
| Environment | outdoor |
| Price (USD) | $40000–$43000 |
| Weight | 300 kg |
| Connectivity | WiFi, 4G/LTE |
| Country of origin | CN |
Key features
- Rideable saddle and handlebar interface
- 300 kg maximum payload capacity
- Biomimetic four-legged locomotion
- 40 km operational range
- All-terrain navigation capability
- 10 km/h top speed
- Industrial-grade chassis
What is it?
The DaxAI Qiji X1 is a rideable, four-legged robotic platform that combines the stability of a quadrupedal gait with the utility of a motorcycle-style interface. It utilizes a biomimetic structure to traverse uneven terrain, allowing it to step over obstacles that would impede wheeled transport.
Who is it for?
This robot is designed for professionals in industrial inspection, logistics, and search-rescue sectors who require heavy-load movement across difficult landscapes. It also serves as a high-end platform for off-road leisure and experimental personal mobility.
Key specs
The Qiji X1 features a 300 kg payload capacity, a maximum speed of 10 km/h, and a travel range of 40 km. It is capable of navigating steep gradients and loose surfaces, controlled via front-mounted handlebars.
How it compares
Unlike traditional robot dogs designed for surveillance, the Qiji X1 is built specifically for human-scale weight bearing. It offers superior obstacle negotiation compared to quad bikes but currently operates at significantly lower speeds than conventional off-road vehicles.
Limitations
The platform is currently in an early stage of deployment with deliberate, cautious movement speeds. It lacks independent safety benchmarks, and its operation on public roads is not yet permitted, limiting its use to private or controlled environments.
FAQ
Can the Qiji X1 be used on public roads?
Currently, the robot is not permitted for public road use. The manufacturer aims to obtain necessary licensing within three years.
What is the primary purpose of this robot?
It is designed for heavy-load transport, industrial inspection, and search-rescue operations in environments that are difficult for wheeled vehicles to navigate.
How is the robot controlled?
The operator sits on a saddle and uses front-mounted handlebars to steer the robot, similar to operating a motorcycle.
Is the Qiji X1 fully autonomous?
It features autonomous navigation capabilities for complex terrain, but it is primarily designed as a rideable mount requiring a human operator.
What kind of terrain can it handle?
The robot is built to navigate steep slopes, gravel, mud, and other uneven surfaces that typically challenge wheeled or tracked machines.