Task Modules
Integrating highly secure dual-channel safety interlocks, full-digital bus control, and all-weather HD onboard visual targeting systems. Covers standardized calibers from 38 mm to 120 mm to deliver reliable vertical dropping and pneumatic spray-launching.
The 38 mm Series Electro-Trigger Launcher is designed for integration onto industrial UAVs and various wheeled mobile platforms to deliver specialized gaseous ammunition and payloads safely, precisely, and efficiently. The launcher is fully compatible with standard 38 mm tactical canisters and is widely deployed in defensive demonstrations, counter-terrorism, riot control, tactical exercises, and emergency response. It effectively replaces manual operations, significantly mitigating risk for ground personnel.
• Extensive Ammunition Compatibility: Supports a wide range of standard 38 mm canisters, including but not limited to smoke, gas, flashbang, stun, and glass-breaching projectiles to satisfy diverse mission profiles.
• Integrated Dual-Stage Dampening: Built-in high-performance spring-back mechanical dampening assemblies absorb and dissipate firing recoil (approx. 1 to 2 kg), protecting the structural airframe from dynamic impact shocks and ensuring excellent platform stability.
• Quick-Release & Programmable Integration: Streamlined structural quick-release mechanism supports manual or fully programmed flight station control, facilitating rapid field loading, unloading, and tactical turnaround.
• High-Strength Lightweight Fabrication: Load-bearing structural components are built from high-strength POM, aviation-grade aluminum, carbon fiber, and stainless steel. This hybrid composition ensures excellent durability, wear resistance, and anti-corrosion properties while preserving maximum flight endurance.
• Advanced Bus Communication: Built-in standard SBUS serial digital communication bus simplifies internal wiring by utilizing a single connection. Operating at 100 k baud rate, 9 data bits, and 2 stop bits, it offers robust anti-interference performance.
The 60 mm Heavy Dropper is a high-precision, vertical gravity-drop payload module engineered for heavy-lift multi-rotor UAVs. It is fully compatible with standard 60 mm defensive canisters, multi-functional training simulation loads, and water-based/dry-powder fire suppression projectiles.
Highly integrated with an onboard 4K targeting camera, full-digital communication bus, high-torque waterproof digital servos, and quick-release structural positioning locks, the module supports both sequential single polling and one-touch immediate full release. Characterized by outstanding precision, rapid response, and dual-channel safety locks, it serves as a professional tactical Choice for police riot control, field exercises, perimeter security, and aerial firefighting.
• Modular Capacity Layouts: Available in multiple capacity specs. The 60 mm caliber version supports 2, 4, 6, 8, or 10 rounds, holding individual projectiles weighing up to 1.2 to 1.5 kg.
• Waterproof & Durable Programmable Servos: Actuation mechanisms are driven by waterproof brushless programmable digital servos. The main frame is fabricated from high-strength cast alloy paired with steel-sleeved bearings for superior structural resistance under intense dynamic loads.
• Integrated 4K HD Vertical Targeting: Onboard 4K optical camera enables real-time vertical downward sighting, overlaying high-definition crosshairs on ground stations to minimize drop drift from altitude and crosswinds.
• Full-Digital Firewall Bus (Waterproof & Wide Voltage): Sealed with waterproof coatings. The built-in SBUS communication board (100 k baud rate, 9 data bits, 2 stop bits) minimizes aircraft wiring, supports DC 12 to 80 V input, and delivers exceptional electromagnetic shielding.
• Dual-Channel Safety Interlocks: Rigorous safety mechanisms utilize one independent channel for digital safety validation and another for release activation, preventing high-altitude accidental releases caused by signal drift.
• Tool-Free Catapult Loading: Features a bottom-up push-in impact automatic locking design, permitting tool-free, high-speed reloading in rugged field conditions. Built-in USB interface simplifies on-site software calibration.
The 80 mm Series UAV Heavy-Duty Dropper is a high-performance gravity-drop vertical delivery system engineered for medium-to-large industrial multi-rotor platforms. Fully compatible with standard 80 mm defensive munitions, fire suppression charges, heavy emergency cargo packs, and various scientific research payloads, the system boasts exceptional loading margins, rapid actuation, and independent dual-channel validation.
Available in multiple cargo capacities (2, 4, 6, 8, or 10 rounds), it can be optionally integrated with an onboard 4K HD vertical targeting camera. This aid allows drone operations to execute precise vertical point dropping with outstanding accuracy in high altitude and high wind conditions, making it widely applicable in high-rise or mountain firefighting, border tactical operations, and specialized high-risk work.
• Robust Heavy-Duty Airframe: Load-bearing structural components are fabricated from a hybrid composition of aviation-grade aluminum, carbon fiber, and 304 stainless steel. This ensures excellent fatigue and impact resistance alongside outstanding anti-corrosion properties, thriving in high-humidity and high-salinity marine environments.
• Waterproof & Durable High-Torque Servos: The release actuation is directly driven by waterproof brushless programmable digital servos. The integrated internal drive linkage is cast-molded with steel-sleeved bearings, ensuring instantaneous, clean release actions even under heavy load or sub-zero freezing conditions.
• Full-Digital Wide-Voltage Bus: Circuit boards are coated with protective anti-moisture and fireproof layers. It natively supports standard SBUS serial digital bus protocol (100 k baud rate, 9 data bits, 2 stop bits) for streamlined single-cable wiring and superior electromagnetic shielding. Supports DC 12 to 80 V wide-range power input.
• High-Precision 4K Onboard Sighting: Integrates a 4K-pixel high-definition visible-light camera that supports real-time vertical downward sighting, providing clear telemetry views and crosshair overlays on the GCS to minimize wind-induced drop deviations.
• Dual-Channel Safety Locks & Snap-Lock Loading: Equipped with strict safety arming logic (one channel controls safety verification, another triggers drop execution) to prevent accidental high-altitude drops from signal drift or electromagnetic interference. The cargo clamps support “bottom-up push-in” automatic snap-locking for seamless, tool-free field reloading.
The 82-2 mm Series UAV Lightweight Dropper is a highly efficient, multi-stage vertical gravity delivery payload designed for medium-to-large drones. Primarily compatible with standard 82-2 type payloads (such as individual issue smoke, defensive, or training canisters weighing approx. 400 g), the system provides exceptional airframe compatibility.
Designed with high-strength lightweight composites, the dropper is available in multiple loading specs (2, 4, 6, 8, or 10 rounds). Highly integrated with SBUS digital bus control, spring-loaded quick-reload latches, dual-channel logic validation, and a downward HD camera, the module executes high-frequency sequential single polling or one-touch full release. It is widely deployed in tactical training, patrol security, perimeter defense, and emergency rescue.
• Multi-Stage Loading & Modular Extension: Offers five standard capacity variations from 2 to 10 rounds. Features highly flexible release configurations, supporting high-frequency sequential single release or one-touch full release to satisfy various tactical demands.
• Diverse Mounting & Quick-Release Designs:
- Manual Ring Mount: Utilizes classic metal manual clamping rings for robust attachment and exceptional anti-vibration performance under intense operations.
- Automatic Snap-Lock (Optional): Supports bottom-up push-in tool-free field reloading, integrated with high-strength lightweight composite latching framework for instant deployment.
• Triple Tactical Safety Measures:
- Dual-Channel Control Verification: One independent channel controls digital safety lock confirmation, while the other strictly manages release actions, preventing high-altitude accidental releases caused by voltage/signal drifts.
- Physical Safety Pin Interlock: Payloads are physically secured during ground transport and depot holding using non-slip safety pins, ensuring maximum ground crew safety.
- 25-Pound Latch Lock Force: Latch claws are designed with a 25-pound retention spring limit, guaranteeing highly responsive, instantaneous, and non-stick release actions during dynamic maneuvers.
• Full-Digital Wide-Voltage Bus (Waterproof): The circuit boards are fully sealed with moisture-resistant protective coatings. Integrating an onboard SBUS module (100 k baud rate, 9 data bits, 2 stop bits) simplifies harness routing, enhances electromagnetic resilience, and natively supports DC 12 to 80 V input.
• 4K Onboard Precision Sighting: Optional 4K visible-light camera with vertical downward viewing and crosshair overlays helps UAV systems solve altitude and crosswind offsets, delivering outstanding point-dropping precision at altitudes of 10 to 50 m.
• Emergency Manual Release Override: Integrates mechanical physical override buttons on the outer shell, enabling ground crews to conduct safe, tool-free mechanical cargo release in unpowered or emergency field maintenance situations.
The 120 mm Series UAV Heavy-Duty Dropper is a heavy-duty, large-caliber (120 mm) gravity-drop vertical delivery payload designed specifically for heavy-lift industrial multi-rotor platforms. Fabricated from high-strength aerospace-grade metals and lightweight carbon fiber composites, the system delivers ultimate load-bearing capacity, outstanding anti-shock performance, and high operational stability, making it fully compatible with heavy 120 mm tactical defense canisters, multi-functional training simulation loads, heavy firefighting bombs, and emergency medical cargo packs.
The standard base configuration offers 2 independent cargo cabins (customizable/extendable to 4 or 6 stages), deeply integrating dual-channel safety validation, wide-voltage bus controllers, and emergency physical manual release overrides to ensure high operational reliability under complex, rugged field conditions and long-range high-payload flights.
• Large-Caliber High Payload Capacity & Lightweight Components: The equipment is engineered specifically for heavy 120 mm large-caliber loads. The main structural framework is cast-molded and precision-carved from aviation-grade aluminum, high-modulus carbon fiber, and 304 stainless steel. This hybrid design not only delivers outstanding anti-oxidation and structural tensile strength in humid, high-salinity field environments but also maintains an exceptionally light self-weight of only 4.6 kg, maximizing flight endurance.
• Dual-Channel Logic Verification & Physical Double Safeties:
- Logic Interlock: The dropper utilizes strict dual-channel controls (one channel verifies safety confirmation, while the other triggers release execution) to prevent accidental high-altitude drops caused by electromagnetic spikes or signal jitters.
- Physical Lock: Comes with a built-in stainless steel safety pin and quick-release ring, providing complete mechanical lockouts during ground loading and self-check phases for ground crew safety.
- Emergency Manual Override: Features a waterproof manual release button on the side of the shell, facilitating convenient ground-crew testing and safe mechanical cargo drop-offs in emergency situations.
• Advanced Full-Digital Wide-Voltage Control Bus: Supports DC 12 to 80 V wide-range power input, eliminating the need for external voltage regulators and ensuring compatibility with virtually all heavy-lift multi-rotors, hybrid UAVs, and gas-powered unmanned helicopters. Integrates SBUS signal input to drive internal high-sensitivity PWM actuators.
• Tool-Free Clamping Quick Deployments: Outfitted with heavy-duty manual clamps to support tool-free rapid locking onto UAV under-belly brackets or high-speed replacement of spare projectile containers. This minimizes logistical turnaround and tactical replenishment times.
