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FUSELAGE

Smart Agriculture Solutions
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FIA QD10

Unlock the future of farming with the FIA QD10 Agriculture Drone, an innovative solution that is DGCA-type certified and tailored for modern agriculture. Engineered for high performance and precision, this innovative drone is your key to smarter, more efficient farming. The drone tested and piloted over 50,000 Hectares of farmland and crafted for the optimum smart agriculture

Standout Features:
Generous 10L Tank Capacity: Maximize your spraying efficiency with a larger payload.
Unmatched 25-Minute Flight Time: Powered by advanced Lithium Polymer batteries, ensuring extended, uninterrupted coverage.
High-Elevation Precision: Deliver agricultural inputs with pinpoint accuracy from above, enhancing productivity and ensuring optimal crop care.

UAS main features

  • Flight time 25 Minutes
  • Payload 10 Liters
  • Weight 25 Kg
  • Category Small
  • Power 4 kW

Frame Parameters

  • Maximum Diagonal wheelbase 655*515*630mm (arms and propeller folded) 169*51795*630mm (arms and
  • UAS frame dimensions (propeller unfolded) 1030*1120*630mm (arms unfolded and propeller folded)

Configuration

  • Type Multirotor
  • Configuration Quadcopter

Remote control specification

  • Weight 490g(controller), 26g(receiver), 15.6g(camera)
  • Channel 12
  • Working voltage 3.7V
  • Working Current 170mA
  • Battery Capacity 4000mAh
  • Endurance 25hours
  • Frequency 2.400GHz-2.4833GHz
  • Communication FHSS
  • Operational Distance 500 meter (Video/data)
  • Signal Output SBUS, PWM, I2C

Flight Characteristics

  • Maximum attainable altitude 50 feet

Propulsion System

  • Stator size 100×10 mm
  • KV data 100 rpm/v
  • Pull fo rce 13.5 kg/rotor
  • Type of rotor BLDC
  • Number of rotors 4

Propeller

  • Diameter * Pitch 30×9 inch
  • Propeller weight 90g

ESC

  • Maximum working current FOC 100A
  • Maximum working voltage 44.4 V(12S LiPo)

Flight Control System

  • Hovering accuracy ± 1m in horizontal direction
  • Maximum yaw speed 150 ° / s
  • Maximum vertical speed 6 m / s
  • Working temperature -10~60℃
  • Collision Avoidance System No

Spray tank

  • Medicine tank volume 10 Litre
  • Medicine box weight 0.9 kg

Spraying system

  • Pressure nozzle single nozzle
  • Pump flow 5L/ Minute
  • Working voltage 44.4v
  • Spraying width 4-6m

Mini Camera

  • Resolution 720P@30
  • 720P@30 30.2×29.8×26.8mm
  • Weight 15.6g
  • Voltage 5V
  • Current 180mA
  • Temperature -10°C to +40°C

Power Battery

  • Voltage 44.4v 12S
  • Capacity 16000mAh
  • Weight 3.6 kg
  • Size 170*110*236mm
  • Charging plug XT90 socket
  • Magnifying power 25C

Dual Charger

  • Input Voltage 100-240V
  • Output Power 1080W (540W×2) Discharging Power: 50W×2
  • Charging Range 1.0-20.0A×2 Balance Current: 1.2A Max.
  • Battery Type LiPo/LiHV Battery Cell Count: 6s×2
  • Charging Modes Fast Charge/Balance Charge/Storage
  • Size 272×202×118.6mm

FIA QD10 UAS Flight Manual 2024

Maintenance Manual FIA QD10 UAS

Training brochure

FAQ

The FIA QD10 drone carries a liquid tank with a capacity of 10L filled with fertilizer or pesticide. A pump pushes the liquid through nozzles that create a fine mist, spraying it onto crops below. The drone operator uses a remote control to navigate the drone and ensure precise application over the designated area.

FIA QD10 is suitable for spraying a variety of food crops and cash crops, including fruits, vegetables, grains, and pulses.

The FIA QD10 uses GPS navigation and automated flight paths for precise application. However, wind and other factors can influence accuracy.

Wind can affect spraying accuracy. The FIA QD10’s operation is not recommended in heavy rain, strong winds, or other adverse weather conditions.

The upfront cost of a drone and training might seem high compared to traditional methods (manual labor or tractor-based spraying). However, FIA drones can be a very affordable option in the long run with continuous use. Because of its

  • Increased efficiency: Drones cover large areas quickly, reducing labor costs and the time needed for spraying.
  • Reduced waste: Precise application minimizes overspray and wasted product, lowering overall product costs.
  • Fewer passes needed: Drones can reach crops in difficult terrain that may require multiple passes with ground equipment, saving on fuel and operational costs.
  • Fuselage’s FIA QD10 offers decrease of farming inputs to 70% and an increase of yield to 30%, which is a drastic change as an agricultural impact.

Yes, there are financing options available to assist with the purchase of a FIA drone:

  • Agri Infra Fund loan: Nationalized banks offer loans under the Agri Infra Fund scheme to support agricultural infrastructure development, potentially including agricultural drones.
  • SMAM subsidy scheme: The central government’s Sub-Mission on Agricultural Mechanization (SMAM) might provide subsidies for the purchase of agricultural machinery, including drones also.

Yes, there are financing options available to assist with the purchase of a FIA drone:

  • Agri Infra Fund loan: Nationalized banks offer loans under the Agri Infra Fund scheme to support agricultural infrastructure development, potentially including agricultural drones.
  • SMAM subsidy scheme: The central government’s Sub-Mission on Agricultural Mechanization (SMAM) might provide subsidies for the purchase of agricultural machinery, including drones also.

  • Efficiency: Covers large areas quickly compared to manual spraying.
  • Precision: Applies product uniformly, reducing waste and environmental impact.
  • Safety: Reduces worker exposure to chemicals.
  • Accessibility: Reaches uneven terrain or crops that ground vehicles can’t access.

  • Pilot training and certification: Operators require proper training to ensure safe operation.
  • DGCA certification: The FIA QD10 is DGCA certified in India, meeting regulatory safety standards.
  • Pre-flight checks: Operators must perform checks to ensure the drone is functioning properly before each flight.
  • Following regulations: Adherence to local regulations regarding drone use in your area.

  • Drone: The aerial platform that carries the spraying equipment. (The FIA QD10 is a quadcopter with four rotors).
  • Spray tank: Holds the liquid fertilizer or pesticide. (The FIA QD10 has a 10 liter capacity).
  • Pump: Pushes the liquid from the tank to the nozzles.
  • Nozzles: Create a fine mist that sprays the product onto crops.
  • Remote control: Used by the pilot to operate the drone and spraying system.
  • Flight controller: The brain of the drone, maintaining stability and following the flight path.
  • GPS: Provides location data for precise navigation.

Drone regulations in India typically require pilots to undergo training and obtain a certificate from an authorized Remote Pilot Training Organization (RPTO) to operate drones for commercial purposes, including spraying. Certification requirements may vary depending on the drone weight and operation type.

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Experience the next level of agricultural innovation with the FIA QD10 UAV. Elevate your productivity, optimize your resources, and embrace the future of smart farming.