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rc P51 Aircraft

rc P51 Aircraft

Fixed-Wing Aircraft (Hybrid Engine)

The P51 is a high-performance fixed-wing aircraft powered by a unique hybrid (petrol + electric) engine. This combination offers extended flight times, efficient operation, and the power for demanding tasks. The P51 is ideal for long-range missions, aerial photography, and industrial applications.

FEATURES

Nitro Engine Technology

Powerful nitro engine to provide thrust to lift and fly with impressive speed and power to rc aircraft , with beautiful roar of an engine.

Extended Flight Time

The P51’s nitro engine allows for extended missions compared to traditional fixed-wing aircraft. just refuel and fly in the sky. no high charging time and electricity requirement.

High Payload Capacity

Carry essential equipment for various applications, including multi-spectral cameras, LiDAR sensors, or inspection tools.

Stable and Precise Flight Performance

The P51’s fixed-wing design offers exceptional stability and control for accurate data collection and mission execution.

INDUSTRIES

Aerial Photography & Videography

Capture stunning aerial photos and videos of landscapes, construction sites, or infrastructure with exceptional detail and range.

Environmental Monitoring & Inspection

Utilize the P51's long flight time and high payload capacity to monitor environmental conditions, inspect pipelines, or conduct power line surveys.

Precision Agriculture

Leverage the P51 for crop health monitoring, irrigation management, and field data collection to optimize agricultural practices.

Search and Rescue Operations

Cover large search areas efficiently with the P51's extended flight time and payload capacity for search and rescue missions.

TECH SPECS

DIMENSIONS

WEIGHT

Kerb 7kg

WING SPAN

1500 mm

LENGTH PROPELLER TAIL

1000 mm

ENGINE

ASP s91

PROPELLER

16 x 8 inch, Diameter :- 16, pitch :- 8

BATTERY

1500 mAh

FUEL TANK

500 ml

SPEED AND PERFORMANCE

SPINNER

76mm spi

MAXIMUM TAKEOFF

7 kg

TRANSMITTER AND RECIEVER

Fly Sky - i65

Another specs depending upon your product

FLIGHT CONTROLLER

ARM 2.8

SERVO

TOWER PRO MG946R

RMP

2000 TO 17000

LANDING GEAR

3.75 inch x 2 nos

SOFTWARE

Engine Management Systems: Modern engine management systems can use basic software to monitor engine parameters and optimize performance.

Digital Avionics: Some P-51 replicas might have upgraded cockpits with digital instruments that display information electronically, though the underlying flight control systems would likely remain mechanical.

Mission Planner and Ardupilot: are a perfect pairing for controlling and managing your fixed-wing unmanned aerial vehicle (UAV), also known as a drone. Let’s delve into what each brings to the table:

Mission Planner – Your Ground Control Station (GCS):

Imagine Mission Planner as your mission control center for your UAV. It’s a free, user-friendly ground control station (GCS) software that works seamlessly with Ardupilot and other autopilots. Here’s what it offers:

  • Mission Planning: Plot your course! Create and edit flight plans with waypoints (GPS coordinates for your UAV to follow), geofences (virtual boundaries to keep your UAV within a safe zone), and even program autonomous takeoff and landing (RTL).
  • Real-time Flight Control: Take the wheel (virtually) during flight. Mission Planner allows you to manually control your UAV’s throttle, steering, and other flight parameters for that hands-on flying experience.
  • Telemetry Monitoring: Keep a watchful eye on your UAV’s vitals. View crucial flight data in real-time, including battery voltage, GPS location, altitude, airspeed, and more, ensuring informed decision-making.
  • Data Logging and Analysis: Learn from your flights. Mission Planner lets you record and analyze flight data logs, helping you understand your UAV’s performance and identify areas for improvement.
  • Customization: Tailor it to your needs. Mission Planner offers a high degree of customization, allowing you to personalize the interface and features to match your specific UAV and mission requirements.

Ardupilot – The Brains Behind the Flight:

Think of Ardupilot as the flight computer onboard your UAV. It’s a free and open-source autopilot firmware that provides the intelligence for autonomous flight. Here are some of its key functionalities:

  • Flight Modes: Choose the right tool for the job. Ardupilot supports various flight modes like Stabilize (for smooth flight), Acro (for manual aerobatics), Autotune (for automatic flight control optimization), and Autonomous Missions (for pre-programmed waypoints and actions).
  • Autopilot Features: Let Ardupilot handle the complexities. It offers features like automatic takeoff and landing, waypoint navigation with obstacle avoidance (if equipped with appropriate sensors), and return-to-home functionality for a safe return in case of signal loss or low battery.
  • Hardware Compatibility: Fly with a variety of platforms. Ardupilot is compatible with a wide range of autopilot hardware and sensors, making it a versatile solution for different fixed-wing UAV builds.
  • Customization: For the tech-savvy. Ardupilot is highly customizable, allowing developers to modify and extend its functionalities for specific applications or research projects.

The Winning Combination:

When you combine Mission Planner and Ardupilot, you get a powerful and versatile solution for controlling your fixed-wing UAV. Here’s a simplified workflow:

  1. Load Ardupilot Firmware: Flash the Ardupilot firmware onto your autopilot hardware.
  2. Connect Mission Planner: Establish communication between your computer and the autopilot hardware using a USB cable.
  3. Configure Settings: Set up various parameters and options in Mission Planner to match your specific UAV configuration.
  4. Plan Your Mission: Create a mission plan in Mission Planner, outlining your desired flight path and actions.
  5. Execute the Mission: Upload the mission plan to your UAV and initiate the mission from Mission Planner.
  6. Monitor and Control: Keep an eye on your UAV’s telemetry data in real-time and take manual control if needed using Mission Planner.

Benefits of Using Mission Planner and Ardupilot:

  • Open-source and Free: Both tools are free and open-source, making them accessible to a wide range of users and fostering a collaborative development community.
  • Versatility: This combination caters to a wide variety of fixed-wing UAV platforms and offers a comprehensive set of features for mission planning, flight control, and data analysis.
  • Customization: Both Mission Planner and Ardupilot offer a high degree of customization, allowing users to tailor them to their specific needs and projects.
  • Active Community: A large and active community of developers and users support both Mission Planner and Ardupilot, providing valuable resources, ongoing development, and troubleshooting assistance.

 

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