Shengying Technology H-07

History

The Shengying Technology H-07 is a Chinese high-speed interceptor unmanned aerial vehicle developed for short-range counter-UAS missions. Shengying Technology describes it as a terminal-stage interceptor intended to detect, track, and engage hostile drones during the final phase of an approach.

The H-07 combines a 7-inch high-speed airframe with an onboard artificial-intelligence module for target recognition, tracking, and terminal guidance. The manufacturer claims a maximum speed of 320 km/h, a flight range of 15 km, and a maximum flight altitude of 2,000 m.

Shengying Technology announced the H-07 in September 2026 and stated that the system had entered mass production. Independent confirmation of its production status, testing, deployment, and performance was not available in the cited reporting.

Development and introduction

Shengying Technology presented the H-07 as a response to the growing requirement for lower-cost methods of intercepting unmanned aircraft. Interceptor drones are intended to engage aerial targets without relying exclusively on conventional surface-to-air missiles.

According to Unmanned Airspace, the company described the H-07 as an AI-enabled counter-UAS platform designed for short-range, terminal-stage interception. Shengying Technology stated that its AI-assisted system supports target recognition, rapid acquisition, continuous tracking, and terminal guidance.

The manufacturer reported in September 2026 that the H-07's injection-molded housing and production tooling had been completed and that the design was ready for large-scale production. It separately claimed that the drone had officially entered mass production. Defence Blog reported the same claim but stated that it had not independently confirmed mass production, specifications, deployment, or testing and that no government, military, or third-party source had verified the company's claims.

Design

The H-07 uses a 7-inch platform configured for high-speed interception. Shengying Technology states that the motors are positioned upward to optimize the structure and reduce turning radius during high-speed maneuvering. The propulsion system uses high-response motors with three-blade propellers.

Guidance and target tracking

The H-07 incorporates a dedicated AI module integrated with the flight-control firmware. According to Shengying Technology, the system uses a YOLO-based tracking algorithm for real-time target recognition and tracking. The company says the drone is intended to engage fixed-wing, delta-wing, and multirotor unmanned aircraft.

Company specifications reported by Defence Blog state that the system can lock onto a target at up to 300 m when operating from the ground and at up to 200 m during an airborne interception. These figures have not been independently verified.

Propulsion and thermal management

Shengying Technology describes three cooling provisions for sustained high-speed operation: fan cooling for the electronic speed controller, dedicated ventilation openings, and a separate cooling system for the video transmitter. The manufacturer's H-07 product information also identifies the upward motor arrangement and three-blade propellers as features intended to improve response during maneuvering.

Battery and launch arrangements

The battery is fixed inside the airframe rather than designed for routine removal. Charging is performed through a direct plug-in charging dock intended to simplify turnaround between sorties. Shengying Technology states that the H-07 can be launched directly from the ground or from a launcher.

Program status

As of September 2026, Shengying Technology claimed that the H-07 had entered mass production and that the tooling required for large-scale manufacture had been completed. The available sources do not confirm delivery to a military customer, operational deployment, combat use, or independent acceptance testing. The performance and production figures therefore remain manufacturer claims unless otherwise stated.

Specifications (H-07)

General characteristics

• Platform size: 7-inch configuration
• Payload: up to 300 g (0.66 lb)
• Battery: fixed internal battery with direct plug-in charging
• Launch methods: ground launch or launcher-assisted launch

Performance

• Maximum speed: claimed 320 km/h (199 mph)
• Cruising speed: claimed 100-200 km/h (62-124 mph)
• Flight range: claimed 15 km (9.3 mi)
• Flight endurance: up to 10 minutes
• Operating altitude: reported 50-2,000 m (164-6,562 ft)
• Maximum flight altitude: claimed 2,000 m (6,562 ft)

Guidance and interception

• Tracking method: onboard AI module using a YOLO-based tracking algorithm
• Ground-based target lock range: claimed up to 300 m (984 ft)
• Airborne target lock range: claimed up to 200 m (656 ft)
• Intended targets: fixed-wing, delta-wing, and multirotor unmanned aircraft