Drone - UAD M470

Product Description

The UAD M470 is DGWorld’s largest Drone and is equipped to deliver the people and bulky items to various destinations. Almost 400 kW of power operates its 6 motors to produce a silent, powerful transportation in its composite frame.

All 6 motors have the ability to fold down, becoming aerodynamic and efficient, as the vehicle operates in a plane-like state. When the motors are adjusted again, it can fly in a steady hover and land on any specified helipad that the user wishes.

An array of sensors aids the vehicle in its navigation, provides feedback to the users (inside or outside of it), protects objects and people in emergency situations, and even logs data to improve its future operation. The redundant fail-safe feature allows anyone inside to relax, as it transports them safely from one point to another with the simple click of a button.

Various payloads can also be integrated into the UAD M470 to utilize its abilities in fields beyond personal transport. Retractable sensors, tools, and supplies can be installed for simple autonomous use.

Finally, the UAD M470 can even communicate with other aircrafts automatically, preventing its presence in the airspace from interfering with any other aircraft unnecessarily.

  • Taxi:
  • carry passengers from one place to another in a faster and easy way while avoiding the traffic and its hassles completely.

  • Civil Defense:
  • is a one-of-a-kind drone that has made a huge leap in the fire-fighting field in terms of ease, safety and accessibility as a first responder for reacting to the fire sources in high-rise buildings, towers, metro stations, etc…

  • Emergency Relief:
  • find isolated people much faster than traditional ground-based rescue teams. Can also deliver rescue ropes and life jackets in areas that are too dangerous for ground-based rescuers to venture into.

  • Cargo:
  • delivering of packages & goods which makes such transportations much easier for logistics companies.

  • Full-Electric Power System: utilizing a system of lithium power batteries allows the UAD M470 to have minimal noise, unnoticeable vibration, and simple maintenance when compared to traditional aircraft
  • Composite Body: many structural components utilize carbon fiber and other composite materials, promising high strength and light weight structures
  • Composite covers, and containers can be created to hold and support unique sensors or even change components of the body.
  • Gimbal and camera systems can utilize some of the payload to provide the user with stunning visuals unique to UAS flight
  • Specialized sensors can be integrated with the onboard systems and can commonly be transmitted in real-time
  • The UAD M470 can increase its level of autonomy with additional sensors such as LiDAR
  • Experienced and trained pilots can use manual controls for non-emergency situations to enjoy the freedom of manned flight from the safety of the ground
  • Specific communication devices can be added to extend range beyond line of sight.
  • Modular Payloads: items which can vary from camera gimbals to audio sensors can be attached to the UAD M470 in customized casings
  • Advanced Autopilot: an integrated system utilizes software and control systems to constantly ensure stable flight, accurate flight paths, proper sensor controls, and much more
  • Customized User Interface: flights can be tracked and adjusted through a clean software interface
  • Flight Sensors: accurate readings of variables such as pressure and airspeed are shown and recorded during all flights
  • Fail-safe: a return-to-home function saves the unit during emergencies and, when it cannot be performed, is also supported by runway landing and an emergency parachute
  • Transitional Flight Mode: tilting motors allow the UAD M470 to efficiently fly for long periods at high speeds
  • Cargo Chamber: a lockable hold for delivering goods or housing sensors
  • Composite Body: most structural components utilize carbon fiber and other composite materials, promising high strength and light weight components
  • Full Electric Propulsion: flight is achieved without petrol, giving consistent power, minimal maintenance, zero emission, and easy refueling
  • Large Payload: items can be carried during a mission while providing an option to reduce the weight to increase the flight time
  • AI: object tracking, face recognition, plate tracking, infrared, live streaming, suspected items detection using a special LiDAR system
  • Variety of Control Methods: fully autonomous autopilot, manual control by captain, remote control by an operator
  • Roads & Transportation Authorities.
  • Civil Defense Authorities.
  • Hospitals.
  • Government Sectors.
  • Ambulance Services.
  • Logistic Companies.
Max Speed 215 km/h
Cruise Speed 175 km/h
Payload 177 kg
Range 500 km
Flight Time Hovering 95 minutes
Flight Time as a Plane 152 minutes
Flight Ceiling 6000 m
Body Structure Material Carbon Fiber
Body Type Item Containment and Transport
Overall Dimensions (L 6.8 m, W 8.7 m)
Motors 58kW Electric Engines
Empty Weight 293 kg
Max Take-off Weight 472.5 kg
Transition Method 6 Tilting Motors
Batteries Lithium Polymer
Fail-safes Return Home, Runway Landing, and Parachute

Frequently Asked Questions & Answers

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