The Dropping Kit
High Performance Electric Releaser
Hinco's electric releaser is an all new type of ones which is specifically invented for drone delivery. By using innovative structure and control program, we've made the device smaller, lighter, lower power consumption, but faster and tougher, comparing to steering gear used in other delivey drones.
Electric releaser is designed to connect with the payload rigidly, plus the multifunctional payload stabilizer, which both contribute to keeping payload steady in the air.
Inside of the device, deploying a double-lock mechanism. It automaticly lock the inner trigger once the clip from package container is latched in the process of plugging into the device, until the releasing signal has the clip ejected.
Hinco's electric releaser is modular and it can be adapted to most aircrafts with its ultralight and mini size. Also, the rainproof design allows it work under inclement weather.
Specification:
Dimension: 4.4×3.8×1.6cm
Weight: 29g
Releasing Capacity: 20KG/100KG(update, 2mm thicker)
Releasing Time: < 0.5s
Safety Lock: Auto Lock
Power Supply: Internal Li-Polymer Battery 3.7V,110mAh / External Power
Operating Time: 30 hours (100 rounds)
Charging Time: 30 Minutes(MicroUSB 5V/1A)
State Indicator: Onboard Buzzer & Lights
Battery Standby: > 45 days
Control Mode: wireless control, wired control, push button control
Multifunctional Payload Stabilizer
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Connecting Cap
The multifunctional payload stabilizer is developed to absorb vibration and effectively restrain the sways of package in the air so as to improve the flight stability. Furthermore, it is also an important extensible platform with multiple functions.
The stabilizer can be snapped on the electric releaser and easily removed. It is adjusted to have an ideal travel, which will generate adequate thrust strength when its bottom surface is pressed by payload. It can be compatible with many kinds, different sizes of package containers, like air delivery boxes.
The stabilizer is featured with simplicity to reduce weight, modularization to improve adaption, and optimized aerodynamic design to improve energy efficiency.