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Tilt-rotor transition
Vertical takeoff convenience with fixed-wing cruise efficiency reduces dead weight and extends practical coverage.
Tilt-rotor VTOL fixed-wing platform
XJ-TR1 VTOL Fixed-Wing Drone
The XJ-TR1 combines vertical takeoff and landing with efficient fixed-wing cruise. Its 2+2 tilt-rotor architecture delivers long endurance, wide-area coverage and flexible payload integration without requiring a runway.
Product overview
One aircraft for takeoff flexibility and wide-area efficiency
Tilt-rotor technology lets the XJ-TR1 lift vertically in constrained sites, transition to efficient horizontal flight and return to a precise vertical landing. At a 1 kg payload, the brochure specifies flight endurance of at least 200 minutes.
The airframe supports standard 2 kg payloads and up to 5 kg in VTOL mode. Dual RTK positioning provides ±0.2 m takeoff and landing accuracy, while the link system is specified for 20–150 km depending on configuration and environment.
Endurance
≥200 min
Max payload
5 kg VTOL
Cruise speed
35 m/s
High-altitude takeoff
Up to 5000 m
Flight demonstration
See the XJ-TR1 transition from VTOL to cruise
Review the aircraft’s tilt-rotor configuration and field deployment profile.
Core advantages
Designed for coverage, accuracy and mission flexibility
Airframe architecture
Tilt-rotor efficiency without a runway
The compound-wing layout combines vertical launch and landing with efficient cruise flight. Quick-release wings, tail and rotor arms simplify field transport while the front payload position supports mission-sensor integration.
- Launch profile
- Vertical takeoff
- Cruise profile
- Fixed-wing flight
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Long endurance
A dual 12S / 36000mAh battery configuration supports extended mapping and corridor inspection cycles.
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Dual RTK landing
High-precision positioning supports repeatable takeoff and landing with ±0.2 m reference accuracy.
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Quiet, fast deployment
Quick-release wings, tail, arms and pure-electric power simplify transport while reducing mission noise.
Technical specifications
XJ-TR1 aircraft and flight data
Reference values from the product brochure. Confirm payload, route, weather and local operating requirements during technical review.
| Specification | Value | Planning note |
|---|---|---|
| Aircraft type | 2+2 tilt-rotor, rear-V-tail compound wing | VTOL and fixed-wing modes |
| Unfolded dimensions | 2180 × 4030 × 780 mm | Plan transport and launch space |
| Maximum takeoff weight | 32 kg | Configuration dependent |
| Payload | 2 kg standard / 5 kg maximum | 5 kg specified for VTOL mode |
| Flight endurance | ≥200 min | Brochure reference at 1 kg payload |
| Cruise speed / climb and descent | 35 m/s / 5 m/s | Mission conditions affect practical values |
| Battery | 12S / 36000mAh × 2 | Dual-battery electric propulsion |
| Link range | 20–150 km | Terrain, interference and link hardware matter |
| Positioning / altitude | GPS + BeiDou + RTK / up to 5000 m | Local aviation rules apply |
Payload ecosystem
Equip the aircraft around the data you need
The XJ-TR1 supports mapping cameras, multispectral sensors, LiDAR and tri-sensor gimbals for visible, thermal and ranging missions.
Tri-sensor gimbal
33× optical / 66× hybrid zoom, 640 × 512 thermal imaging and 2 km laser ranging with AI detection and tracking.
Precision observation
Sony 33× starlight optics, 0.0005 Lux low-light performance, real-time temperature measurement and 0.52 mrad stabilization.
Quick-change integration
Quick-release interfaces and dual-layer damping support multi-rotor, helicopter, unmanned vehicle, ship and fixed-wing platforms.
Mission applications
Wide-area missions without runway constraints
Urban survey
Wide-area mapping over complex city infrastructure
Remote terrain
Extended coverage across mountainous operating areas
Corridor monitoring
Persistent observation of transport and city networks
Mapping and surveying
Collect large-area imagery and LiDAR data for terrain models, digital cities and land planning.
Power-line inspection
Fly repeatable corridors with thermal and zoom payloads to locate hot spots and damaged components.
Emergency response
Deploy quickly after disasters to assess damage, locate people and guide rescue routes.
Border and security patrol
Combine long endurance, long-range links and AI tracking for persistent wide-area awareness.
Traffic and city management
Survey highways and urban corridors, identify incidents and provide live information to command teams.
Environmental monitoring
Inspect forests, coastlines and industrial areas with the appropriate optical, thermal or multispectral sensor.
Configuration support
Plan your XJ-TR1 mission package
Share the target area, payload, endurance, link range, launch site, altitude and expected quantity. AeroSightX can review the aircraft, payload and controller scope together.
Request a configuration review