Holybro X500 V2 Barebones Frame Kit X500 V2 ARF (Almost Ready-to-Fly) Kit With Motor, Propellers, and ESC Build Your Custom Quadcopter For Educational Drone Project

Price 35599.0 INR/ Piece

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Holybro X500 V2 Barebones Frame Kit X500 V2 ARF (Almost Ready-to-Fly) Kit With Motor, Propellers, and ESC Build Your Custom Quadcopter For Educational Drone Project Specification

Interface
Solderless 10-Pin IDC/PWM Headers, Plug-and-Play Power Connectors

Usage
Engineering Custom Flight Hardware with Pixhawk/Companion Computers

Output
4 x Solderless XT30 Power Ports for ESCs, Integrated Peripherals Ports

Power Source
External LiPo Battery Pack (Recommended: 4S 3000mAh to 5000mAh 20C+ )

Components
4x 2216 920KV Motors, 4x BLHeli_S 20A ESCs, 6x 1045 Props, 1x Integrated PDB

Operating Temperature
-10 to +50 Celsius (oC)

Features
Pre-soldered Integrated PDB, Companion Deck for Raspberry Pi 4 / Jetson Nano

Power Supply
Direct Current (DC) System via Integrated PDB

Input
XT60 Direct Main Battery Connection Link

Power Rating
Approximately 800 Watts Total Combined Max Thrust Power

Product Type
Professional Drone Frame and Propulsion Kit

Application
Industrial Inspection, University Aerospace R&D, Mapping & Surveillance

Supply Voltage
14.8V DC (Optimized for 4S LiPo Input) Volt (v)

Size
500mm Diagonal Footprint Layout

Dimension (L*W*H)
Frame Core Body: 144mm x 144mm | Landing Gear Clearance Height: 215mm Millimeter (mm)

Function
Autonomous UAV Prototyping, Aerial Vision Processing, R&D Flight Platform

Weight
1308 Grams (g)

Rated Voltage
14.8V DC Standard Volt (V)

Usage & Applications
Engineering Custom Flight Hardware with Pixhawk/Companion Computers. Industrial Inspection, University Aerospace R&D, Mapping & Surveillance.

Cable Type
Heavy-Gauge Power Leads with Pre-Assembled XT60 & XT30 Connectors

Phase
3-Phase Brushless Output from ESC to Motors

Display Type
Diagnostic LEDs via User s Choice of Connected External Flight Controller

Conductor
High-Flexibility Silicone Insulated Copper Wire leads

Frequency
400Hz to 490Hz Standard PWM / DShot600 Digital Protocol Support Hertz (HZ)

Rated Current
20A Per Arm (80A Total Burst System Handling Capacity) Ampere (amp)

Material
Full Carbon Fiber Twill, Reinforced Space-Grade Nylon Connectors

Thickness
2.0 mm (Ultra-Rigid Top and Bottom Carbon Fiber Plates) Millimeter (mm)

Current Rating
20A Continuous per Electronic Speed Controller (ESC)

Capacity
Payload: 1.5 Kg

Holybro X500 V2 Barebones Frame Kit X500 V2 ARF (Almost Ready-to-Fly) Kit With Motor, Propellers, and ESC Build Your Custom Quadcopter For Educational Drone Project Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
7 Days

About Holybro X500 V2 Barebones Frame Kit X500 V2 ARF (Almost Ready-to-Fly) Kit With Motor, Propellers, and ESC Build Your Custom Quadcopter For Educational Drone Project

The REES52 Holybro X500 V2 Barebones (ARF) Kit is an industrial-grade, professional-class 500mm carbon fiber quadcopter development platform designed for rapid deployment. Perfect for autonomous research, aerial photography, and companion-computer testing, this Almost-Ready-to-Fly (ARF) package eliminates tedious build times by arriving with high-efficiency Holybro 2216 920KV motors, BLHeli-S 20A ESCs, and a centralized Power Distribution Board (PDB) completely pre-installed. Built using full carbon fiber twill plates and structural 16mm tube arms with fiber-reinforced nylon interlocking joints, it delivers exceptional rigidity, a solder-free assembly time under 15 minutes, and standard mounting layouts for Pixhawk series flight controllers, Raspberry Pi, and NVIDIA Jetson Nano boards.

Q1: What hardware components do I need to purchase additionally to make this drone fly?

A: Because this is an Almost-Ready-to-Fly (ARF) barebones setup, you will need to add a Flight Controller (e.g., Pixhawk 6C or 6X), a Power Module, a GPS unit, a Radio Transmitter & Receiver set (minimum 6-Channels), and a compatible 4S LiPo battery with a charger.

Q2: Does this model require any soldering during the assembly process?

A: No. The kit features a completely solder-free layout design. The ESCs and peripherals connect directly into the pre-installed Power Distribution Board (PDB) using robust XT30 structural plugs, and the main battery line uses a standard XT60 socket.

Q3: Can this drone safely handle a payload like a custom thermal camera or a companion board?

A: Yes, the system provides a payload capacity of up to 1.5 kg (1500g) over the base build at 70% throttle. The frame includes dedicated mounting grids for companion microcomputers like the Raspberry Pi 4 and NVIDIA Jetson Nano.