QIji T1000
Ton-class quadruped carrying robot for extreme-terrain logistics and rescue
Turn robot research into a buying decision.
A buyer-facing summary of site fit, ROI confidence, supplier readiness, and the next action Robofy should capture.
Use this moment to capture buying intent before the user drifts back into research mode.
Directional estimate based on price, labor offset, and readiness scores.
Local configuration required
Future
How it stands in your space.
Side-by-side with a 180 cm adult, so you can feel the robot's footprint, height, and presence before it ever rolls in.
Compared with a 180 cm adult, QIji T1000 stands at approximately waist-to-chest height.
180 cm adult
Specifications
What this robot can do.
- Obstacle avoidance
- Multi-floor
- Elevator support
- Voice interaction
- Screen interaction
- Autonomous charging
- Fleet management
- Indoor
- Outdoor
Should you deploy it?
0–100 — higher is stronger, except where noted.
How operationally ready this robot is for production deployment today.
Confidence in the published ROI numbers — how likely the savings actually materialize.
Share of the human task this category can credibly offload.
Fit with your target environment — lighting, floor type, congestion.
Expected maintenance load and downtime risk. Lower is better.
Long-horizon strategic upside — where the platform points 3+ years out.
Too early to call — no pricing, maturity timeline, or third-party field trials published. Best watch for 2026–2027 pilot deployments in mining or mountain rescue; interest signals will clarify commercial viability.
When to deploy this.
- Mountain supply delivery in remote mining and construction camps where trucks cannot climb
- Post-disaster rescue ops in avalanche, earthquake, or flood zones with impassable roads
- Border patrol and logistics in high-altitude or tundra terrain
When to skip it.
- No steering-wheel compatibility — requires dedicated remote operation or autonomous navigation algorithms not yet published
- Joint maintenance burden high — over 2,000 N·m torque per joint means wear is rapid in extreme conditions; no spare-parts ecosystem announced
- Autonomy scope unclear — unclear if robot can execute complex supply routes or rescue decisions without constant human teleoperation
What's verified, what's estimated.
Robofy separates manufacturer-confirmed facts from operator estimates. Anything not yet press-sourced or supplier-confirmed is tagged so you can decide how much weight to give it.
Core specs (1,000 kg payload, four-legged design, mountain/snow/rocky-terrain capability) from Beijing-based unveiling May 2026. Torque spec (2,000+ N·m) from released specifications. Market maturity and commercialization timeline from expert analysis noting lack of price, production schedule, or customer commitments, indicating project remains in validation phase. No official English-language product page or pricing found; availability claim inferred from May 2026 unveiling timing and industry context.
- MaturityInferred
- Deployment readinessInferred
- ROI clarityInferred
- Labor replacement potentialInferred
- Environment fitInferred
- Maintenance riskInferred
- Future potentialInferred
- Price rangeEstimated
- Lease rangeEstimated
- AvailabilitySourceEstimated
- Battery lifeEstimated
- SpeedEstimated
- DimensionsEstimated
- Dimensions (mm)Estimated
- WeightEstimated
- ConnectivityEstimated
- CapabilitiesEstimated
- PayloadSourcePress
- NavigationSourcePress
From rollout to recharge.
- 01
Programmed patrol path
Operators record an inspection circuit through the site, marking sensor read points and risk zones.
- 02
Sensor sweep on schedule
Thermal, visual, and acoustic sensors capture readings on every patrol, indoors or outdoors.
- 03
Real-time alerts
Anomalies push to the on-call team's phone with timestamped imagery and location context.
- 04
Return & recharge
Short missions cycle quickly back to the dock; logs sync to the cloud for audit and trending.
Picture this robot in your floor plan.
Upload a photo or floor plan of your venue and we'll show this robot at scale — so you can feel its footprint, sight lines, and clearance before deployment.
Scene preview · arriving in Phase 2
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