Q250 4 Axis Quadcopter Frame Kit
Q250 4 Axis Quadcopter Frame Kit
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The Q250 4 Axis Quadcopter Frame Kit is a professional-grade aluminum alloy frame assembly designed for building custom quadcopter drones with 250mm wheelbase configuration. This frame kit is extensively used by drone enthusiasts, aerial photographers, FPV racing pilots, and robotics professionals who require a lightweight yet rigid platform for multi-rotor applications. It solves the critical challenge of providing a structurally stable foundation that can accommodate 1000KV to 2200KV brushless motors while maintaining optimal weight distribution and vibration isolation for smooth flight dynamics.
Specifications
| Specification | Details |
| Product Type | 4 Axis Quadcopter Frame Kit |
| Wheelbase Configuration | 250mm diagonal motor-to-motor distance |
| Material Composition | 6061-T6 Aluminum Alloy arms with 3K Carbon Fiber plates |
| Frame Weight | 180-220 grams without electronics |
| Motor Compatibility | Universal 1000KV to 2200KV brushless motors with standard M2/M3 mounts |
| Arm Diameter | 10mm aluminum tubes with 1.5mm wall thickness |
| Payload Capacity | 400-600 grams depending on motor and battery selection |
| Landing Gear | Foldable aluminum struts with rubber vibration isolation |
| Origin | Original/Authentic |
Why Choose Q250 4 Axis Quadcopter Frame Kit?
100% Authentic
GST Invoice - A GST invoice is included with every order.
Expert Support - Dedicated technical help on WhatsApp and email.
Pan-India Delivery - Shipped across Bengaluru, Delhi NCR, Hyderabad and all of India.
Trusted by Makers - Used by students, hobbyists and professionals nationwide.
Key Features of Q250 4 Axis Quadcopter Frame Kit
- Lightweight aluminum construction at 180-220 grams enabling extended flight times and responsive control dynamics for racing and acrobatic applications
- Integrated vibration dampening system with rubber isolation mounts reducing camera shake by up to 70 percent for professional aerial photography
- Universal motor mounting compatibility supporting 1000KV to 2200KV brushless motors with standard M2 and M3 threaded inserts
- Carbon fiber reinforced central plates providing 40 percent increased torsional rigidity compared to aluminum-only designs
- Foldable landing gear with shock absorption capability protecting electronics during hard landings and reducing ground vibration transmission
- Precision-drilled mounting holes with 0.1mm tolerance ensuring perfect alignment of ESCs, flight controllers, and camera gimbals
Perfect For
- FPV Racing: 250mm wheelbase provides optimal agility and speed response for competitive drone racing at 100+ mph with minimal latency in control response
- Aerial Photography and Videography: Stable platform with vibration isolation supports 300-500 gram camera payloads delivering cinema-quality footage with gimbal stabilization
- Search and Rescue Operations: Compact 250mm size enables navigation through confined spaces and dense vegetation while maintaining 20+ minute flight duration
- Agricultural Monitoring: Lightweight frame supports multispectral imaging sensors for crop health assessment and precision agriculture applications covering 50+ hectares per flight
- Educational Robotics: Ideal platform for STEM programs teaching quadrotor dynamics, control systems, and autonomous flight programming with modular component integration
How to Use
Install the four brushless motors onto the motor mounting plates using M2 threaded inserts with threadlock compound to prevent vibration-induced loosening. Mount the electronic speed controllers on the inner frame plates using double-sided foam tape, ensuring wiring paths are organized to prevent contact with rotating propellers. Attach the central flight controller plate with appropriate spacers maintaining 15-20mm clearance from the frame to minimize electromagnetic interference from high-current motor leads.
Connect the battery connector to the power distribution board using XT60 connectors rated for your system current draw, typically 60-100 amps for 250mm racing configurations. Install the landing gear using the provided rubber vibration isolation bushings, ensuring the gear height provides minimum 40mm ground clearance for propeller safety. Calibrate the electronic speed controllers using your flight controller software, verifying motor rotation directions and throttle response before any test flights. Perform a static thrust test on a scale to confirm each motor produces 1.5 to 2 times the total system weight, ensuring adequate headroom for aggressive maneuvering and payload carrying capability.
Product Overview
The Q250 frame kit operates on the principle of distributed load bearing through a symmetrical quadcopter design where four arms extend from a central fuselage plate, each supporting a brushless motor and electronic speed controller. The 250mm measurement refers to the diagonal distance between motor shafts, which directly influences the thrust-to-weight ratio and flight characteristics. This specific size category is engineered to balance agility with payload capacity, making it ideal for both FPV racing applications requiring rapid maneuverability and photography platforms requiring stable hovering capabilities with moderate camera loads up to 500 grams.
The frame construction utilizes high-grade 6061-T6 aluminum alloy arms with carbon fiber reinforced plates at stress points, providing exceptional rigidity while maintaining a total frame weight typically between 180-220 grams. The design incorporates integrated motor mounting plates with precisely drilled M2 and M3 holes for universal compatibility with standard brushless motor mounting patterns. Advanced vibration dampening is achieved through rubber isolation bushings at the landing gear attachment points and motor mounts, which significantly reduces gyroscopic vibrations that would otherwise degrade camera image quality or destabilize flight control systems.
Frequently Asked Questions
What is the maximum payload capacity of the Q250 frame kit?
The Q250 frame can support 400-600 grams of additional payload depending on your motor selection and battery configuration. With 2200KV motors and 4S LiPo batteries, you can typically achieve 500 gram payload capacity. With 1000KV motors and 6S batteries, payload capacity increases to 600 grams. Always verify thrust-to-weight ratio exceeds 2.5:1 for safe flight operations with cameras or sensors.
Is the Q250 frame suitable for FPV racing?
Yes, the Q250 is purpose-built for FPV racing applications. The 250mm wheelbase provides optimal balance between maneuverability and speed stability. Pair it with 2200KV brushless motors, 4S LiPo batteries, and lightweight FPV camera systems to achieve 80-120 mph flight speeds. The carbon fiber reinforced design withstands repeated crashes during racing training sessions.
What motor specifications are compatible with this frame?
The Q250 frame accommodates brushless motors in the 1000KV to 2200KV range with standard M2/M3 mounting holes. Recommended configurations include 2204 or 2206 motor sizes for racing, and 2212 or 2213 sizes for photography platforms. Ensure your motor's thrust rating allows total system weight multiplied by 2.5 for safe flight margins.
Are bulk discounts available?
Yes, wholesale pricing for orders of 10 or more units. Contact our sales team via WhatsApp or email for a customized bulk quote.
Customer Support
Email: techdepotindia@gmail.com
WhatsApp: Available for setup and troubleshooting help
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