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5 inch Fpv Racing Drone

Name: 5 inch Fpv Racing Drone
Brand: RCHOBBYTECH SOLUTIONS PRIVATE LIMITED
Price: 585000 INR
Availability: InStock

Price 585000 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

5 inch Fpv Racing Drone Specification

Camera Range
Up to 1 kilometer (analog FPV), up to 4 kilometers (digital FPV).

Connectivity Type
5.8 GHz VTX for video transmission, SBUS/IBUS/DSM2/DSMX for receiver.

Camera Type
Wide-angle, low-latency FPV racing camera.

Sensor Type
6-axis gyro stabilization (IMU, accelerometer, and gyroscope).

Camera Style
FPV (First-Person View), micro camera.

Technology
Brushless motors, digital/analog video transmission, FPV goggles compatibility, Betaflight flight controller.

Special Features
Lightweight carbon fiber frame, enhanced thrust-to-weight ratio, adjustable camera angle, low-latency video transmission, and rapid acceleration for racing.

Remote Control
2.4 GHz/5.8 GHz radio transmitter with multiple channel support and long-range capabilities.

Application
FPV drone racing, aerial freestyle, and sports filming.

Camera Size
19 mm (micro size) to 22 mm (standard FPV size).

Camera Pixels
Up to 1200TVL for analog (or 2MP for digital systems).

Screen Resolution
720p (HD digital), 480p (analog).

Image/Video Quality
Low-latency, 60 fps video (digital HD) or clear analog video feed.

Power Supply
4S/6S 14.8V-22.2V LiPo battery (1300-1500mAh typical).

Output Formats
Analog video (NTSC/PAL), digital video (HDMI out via goggles or DVR).

File Compatibility
NTSC/PAL (analog), MP4 or MOV (with onboard HD cameras).

OSD Support
Integrated FPV OSD (On-Screen Display) for battery, signal, and flight data.

Frame Material
High-strength carbon fiber, 220mm wheelbase.

Flight Controller
F4/F7 processor-based, Betaflight compatible.

LED Lighting
Programmable RGB LEDs for orientation and night flying.

ESC Specification
30A-45A BLHeli_32 ESCs (4-in-1 or individual).

Build Type
BNF (Bind-N-Fly) or PNP (Plug-and-Play).

Maximum Speed
Up to 140 km/h (87 mph) depending on setup.

GPS Support
Optional, for telemetry and failsafe.

Weight (Without Battery)
250-320 grams.

Supported Flight Modes
Acro, Angle, Horizon (switchable).

Motor Type
Brushless outrunner motors, 2205-2306 size.

Firmware
Betaflight/Cleanflight/INAV supported.

Propeller Size
5 inch tri-blade or bi-blade propellers.

Antenna Type
Omnidirectional or pagoda 5.8 GHz antenna for VTX.

Maximum Flight Time
3-6 minutes (racing mode).

5 inch Fpv Racing Drone Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
5-10 Days

About 5 inch Fpv Racing Drone

Equipped with a 1200TVL CMOS FPV camera and 2.1mm wide-angle lens, it provides a clear, low-latency live video feed for precise maneuvering. Its 5-inch propellers ensure smooth handling and agile response, making it perfect for indoor and outdoor training environments. With a flight range of up to 2 km and 15 minutes of endurance per charge, pilots can enjoy extended learning sessions with full confidence.

The drone supports multiple flight modes i Altitude Hold, Waypoint Flight, and Manual Flight i to facilitate progressive learning. Built-in safety mechanisms such as Return-to-Home on signal loss, low battery return, and manual emergency stop ensure a secure training experience every time.

Specifications

Camera: 1200TVL CMOS FPV Camera with 2.1mm Lens
Propeller Size: 5 Inches
Flight Range: Up to 2 km
Flight Time: Up to 15 minutes per charge
Purpose: Drone Pilot Training & Practice
Operational Area: Pan India
Minimum Order Quantity: 1 Piece

Key Features

High-Definition FPV View: 1200TVL CMOS camera with a 2.1mm lens provides sharp, real-time visuals for accurate flight control.
Stable & Responsive Flight: 5-inch propellers enable precise and smooth maneuvering, ideal for hands-on pilot training.
Extended Performance: Offers up to 2 km range and 15 minutes of flight time per charge for uninterrupted practice.
Built-In Safety Functions: Includes Return-to-Home, low battery warning, and emergency stop for safe flight sessions.
Adaptable Learning Modes: Supports beginner to advanced skill progression through Altitude Hold, Waypoint, and Manual modes.
Durable Modular Design: Lightweight, repair-friendly build ideal for repeated training use in institutes or academies.

Applications

Drone Pilot Training Institutes
Educational & STEM Programs
UAV Skill Development Centers
Hobbyist & Enthusiast Training
Professional FPV Practice

Why Choose Our Modular FPV Drone?

i Designed exclusively for training and pilot development
i Safe, durable, and easy to maintain
i Progressive flight modes for all skill levels
i Real-time FPV video for immersive learning
i Affordable and reliable for institutions and learners alike

High-Performance Carbon Fiber Frame

Constructed with high-strength carbon fiber, the 5-inch FPV drone offers exceptional durability while remaining ultra-lightweight. This design enhances the thrust-to-weight ratio and ensures your drone can withstand intense racing impacts, making it a reliable companion for competitive pilots and freestyle flyers alike.

Advanced Flight Control and OSD

Equipped with F4/F7 processor-based flight controllers, this drone is Betaflight compatible for precise tuning. The integrated OSD (On-Screen Display) delivers live feedback on battery voltage, signal strength, and flight data, allowing you to focus on your performance without distractions.

Optimized for Racing and Freestyle

Capable of flying up to 140 km/h and responding instantly to your commands, this drone supports Acro, Angle, and Horizon flight modes for different skill levels. The adjustable camera angle and supportive FPV system guarantee immersive, low-latency video, perfect for both exhilarating races and creative freestyle runs.

FAQ's of 5 inch Fpv Racing Drone:

Q: How can I bind or connect this racing drone to my radio transmitter?

A: The drone comes in BNF (Bind-N-Fly) or PNP (Plug-and-Play) formats. For BNF, simply bind the drone to your compatible 2.4 GHz/5.8 GHz radio transmitter using SBUS, IBUS, DSM2, or DSMX protocols. For PNP, install your preferred receiver, connect it, and follow the binding process for your specific radio system.

Q: What are the primary uses of this 5-inch FPV Racing Drone?

A: This drone is designed for FPV racing, aerial freestyle maneuvers, and sports filming. Its lightweight carbon fiber frame, rapid acceleration, and programmable LEDs make it ideal for high-speed racing, as well as creative freestyle runs and immersive first-person-view filming.

Q: When should I use tri-blade vs. bi-blade propellers?

A: Tri-blade propellers are best for racing and tight maneuvers, providing more grip and control, while bi-blade propellers offer slightly higher top speeds and improved efficiency for longer flight times. Choose propellers based on your flying style and course demands.

Q: Where can I view the drone's flight data during a race?

A: The integrated FPV OSD displays vital information such as battery voltage, signal strength, and flight time directly on your FPV goggles or monitor. This allows you to monitor your drone's status in real-time during racing or freestyle sessions.

Q: How do the programmable LEDs benefit night flying and orientation?

A: The drone features RGB programmable LEDs, which enhance visibility and make orientation easier during night flying or in low-visibility conditions. You can customize light patterns to help distinguish your drone and track its direction while in flight.

Q: What process is involved in readying the drone for its first flight?

A: After binding your transmitter and installing a charged 4S/6S LiPo battery, configure flight modes via Betaflight (or Cleanflight/INAV), calibrate the sensors, adjust the camera angle, and perform a pre-flight check. Attach propellers securely and ensure your FPV system is transmitting before takeoff.

Q: What is the benefit of using an F4 or F7 processor-based flight controller?

A: F4 and F7 processor-based flight controllers offer increased speed and responsiveness for complex calculations, improving flight stability and enabling advanced features like real-time OSD overlays. This results in smoother control, quicker response to pilot inputs, and more reliable performance during races.

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