HK-TRUTOL

Turbojet-powered high-speed strike UAV

Rapid-response precision for tactical missions.

The HK-TRUTOL is a next-generation high-speed strike UAV powered by an advanced turbojet engine for unmatched responsiveness and efficiency. Engineered for both autonomous and coordinated missions, it combines long-range reach with jet-level speed, supporting tactical patrols, training, and precision engagement. Its modular structure enables quick payload swaps, ensuring operational flexibility across diverse mission profiles.

HK-TRUTOL
Turbojet-powered high-speed strike drone · 576 km/h max speed · 1500km range · 8000m ceiling
Length
2268 mm
Wing Span
3145 mm
Range
1500 km
Task Payload
50–80 kg
Endurance
2.5 h
Cruising Speed
432 km/h
Max Speed
576 km/h
Max Takeoff Weight
250 kg
Data Link
50 km
Cruising Altitude
6000 m
Ceiling
8000 m
Power
Turbojet Engine
Platform Notes
First domestically developed turbojet-powered drone platform. Modular production design enables high manufacturing throughput. Rocket-assisted takeoff and cluster patrol attack capability across 0–1500km radius.
Use Cases
  • High-speed time-critical strike missions requiring rapid target engagement
  • Deep penetration missions against hardened or high-value infrastructure
  • High-altitude operations above 6000m cruising altitude
  • Cluster patrol attack against distributed target sets
  • Rapid response missions where loiter time is not a primary requirement
Key Features
  • First domestically developed turbojet-powered strike drone platform
  • 576 km/h maximum speed for rapid target approach and reduced interception risk
  • 8000m service ceiling for high-altitude penetration profiles
  • 50–80kg payload capacity for configurable warhead options
  • Modular production architecture enables scalable manufacturing
  • Fast flying speed combined with easy ground operation
576 km/h Max Speed 1500km Range Turbojet Engine 8000m Ceiling Cluster Patrol

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Key features

  • Turbojet propulsion for rapid acceleration and extended range

  • Modular payload system supporting reconnaissance or strike configurations

  • AI-assisted navigation for stable high-speed autonomous flight

  • Rugged composite airframe designed for aerodynamic efficiency and high-G maneuverability

  • Quick-launch capability with rocket-assisted deployment for field operations

Use cases

  • High-speed reconnaissance and interdiction

  • Rapid-response patrol and tactical strike

  • Autonomous precision targeting and simulation

  • Training and live-fire validation exercises

  • Long-range deterrence and area control

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