D400 is an autonomous charging dock for firefighting drones specifically. It is not just a mansion for parking the drone, but also includes an automated fire grenade swapping mechanism. Only five minutes would be from receiving a firefighting mission to the drone flying to the destination. The self-releasing water-based fire grenades can work on a range of 100 square meters.
IP64
Robust structure
8km
Flight radius
100 sq meters
Firefighting range
Grenade
Water-based
Compatible
2s-14s LiPo drone
Rapid firefighting ever
5 minutes to the site…
10 seconds to drop a fire grenade.
Fearless in the harsh environment
Automatic fire grenade swapping system
This automatic fire grenade swapping system can hold seven grenades in total. After the used fire grenades are released, a new grenade will be hooked up to the drone automatically, which means no person needs to be involved in an entire firefighting mission. (Although it still needs someone to put the fire grenades in the dock.)
Unbeatable air conditioning system
Beyond the IP64 tough structure, it requires a powerful air conditioner to ensure the dock environment suitable for recharging a drone. Cooling, automatic, and heating modes are all ready for being deployed in any season at any latitude.
Cooling mode
Heating mode
Auto mode
Remote control by cloud
HEISHA D400 firefight drone dock works with any open-source software, such as FlytBase’s FlytNow. Then remotely controlling the dock to release a drone and fly to the preset destination in the shortest time, one key return to the docking station and start to charge the drone automatically is another general function.
Enhanced charging safety
- Cooling mode: cooling down the internal temperature quickly
- Automatic mode: cooling down or heating the internal temperature automatically with the least energy consumption
- Heating mode: heating the internal temperature quickly
Anti-reverse, overvoltage, overload, power-off, electrostatic, and lightning protection
1. Multiple sensors: windspeed, rain gauge, and lightning rod
2. Smart data analysis network
3. Automatic charging after the temperature reaches the given value
Specifications
| D400 drone dock | |
| Closed size | 6.3*4.5*3.5m |
| Opened size | 10.3*4.5*3.5m |
| Weight | 3T |
| Charging time | 120 mins (charging from 10% to 90%, environment: 25℃) |
| Input voltage | 220~ 240 VAC, 50/60 Hz |
| Input Power | 4500W Max |
| Output voltage | 76V |
| IP rating | IP64 |
| Contained drone | 1 set |
| Working height | 5000m (above the sea level) |
| AC | |
| Voltage | 220 VDC |
| Type | Inverter compressor |
| Backup battery | |
| Capacity | 200Ah |
| Output voltage | 24V |
| Type | Lead-acid storage battery |
| Flight time | Over 5 hours |
| Fire grenade | |
| Size | ф260*600 mm |
| Weight | 6kg |
| Type | Water-based |
| Firefighting range | 100 square meters |
| Sensors | |
| Windspeed | Yes |
| Rain gauge | Yes |
| Environment temperature | Yes |
| Dock internal temperature | Yes |
| Dock internal humidity | Yes |
| Monitoring camera | |
| Resolution ratio | 1920*1080P |
| Field of view (FOV) | 180° |
| Fill light | Support white light |
| AC power connector | 40 KA (8/20us waveform), TYPE 2 surge protect level of the EN/IEC 61643-11 |
| Ethernet connector | 1.5 KA (8/20us waveform), CATEGORY C surge protect level of the EN/IEC 61643-21 |
| Software | Third-party on-cloud software |
| Expansion | Open protocol; Provide charging and data ports, as well as other ports for external devices. |