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Robocat 270 Racing Quadcopter Frame

Original price was: ₹2,999.00.Current price is: ₹2,700.00.

  • 270mm wheelbase racing quadcopter frame

  • Made of carbon fiber arms and polycarbonate canopy

  • Supports 2204–2206 size brushless motors

  • Standard 30.5mm × 30.5mm flight controller mount

  • Enclosed aerodynamic canopy for protection and style

  • Battery can be mounted on top or bottom

  • Built-in FPV camera mount in the front canopy

  • Moderate weight around 170 grams (frame only)

  • Strong and crash-resistant design

  • Limited internal space for wiring and components

  • Suitable for 5-inch or 6-inch propellers

  • Best for intermediate FPV racing pilots

  • Not ideal for ultralight builds or high-agility racing

Description

Robocat 270 Racing Quadcopter Frame

Robocat 270 Racing Quadcopter Frame

 

In the ever-evolving world of drone racing and freestyle FPV (First Person View) flying, selecting the right frame can make a significant difference in both performance and durability. Among the various options available, the Robocat 270 Racing Quadcopter Frame has garnered considerable attention due to its sleek design, robust construction, and aerodynamic qualities.

This frame is named after its wheelbase—270mm from motor to motor diagonally—which places it in the 250–300mm class of quadcopters, suitable for high-speed racing as well as recreational flying. Designed with a combination of strength and agility in mind, the Robocat 270 is a favorite among intermediate and advanced users looking for both performance and aesthetics.


🧩 Frame Structure and Build Quality 🛠️

The Robocat 270 Racing Quadcopter Frame features a hybrid structure that combines carbon fiber arms with a polycarbonate canopy. This combination allows for a lightweight frame without compromising on strength. The carbon fiber arms are particularly durable, able to withstand crashes that would break plastic arms.

Carbon Fiber Arms:

The arms of the Robocat 270 Racing Quadcopter Frame are precision-cut and offer high resistance to bending and vibration. This is critical in drone racing where high-speed impacts are frequent. The arms are wide enough to reduce flexing but narrow enough to keep the weight down.

Polycarbonate Canopy:

The colorful canopy is designed not only for aesthetics but also to provide aerodynamic benefits. It encloses the internal components, helping reduce air drag. Additionally, the canopy protects sensitive electronics such as the flight controller and FPV camera from debris and minor impacts.


⚙️ Technical Specifications

 

📏 Wheelbase: 270mm

The 270mm wheelbase is the distance measured diagonally from motor to motor. This size is considered mid-range in the FPV racing category, offering a perfect balance between agility and stability. It supports both freestyle and racing configurations and allows for ample space for installing key components such as ESCs, flight controllers, and video transmitters without making the quad feel cramped.


🧱 Frame Material

🔹 Carbon Fiber Arms

The arms of the Robocat 270 Racing Quadcopter Frame are crafted from 3K carbon fiber, which is known for its exceptional strength-to-weight ratio. This material choice ensures the frame can withstand high-impact crashes without significant damage. The carbon fiber also helps minimize vibrations, which is crucial for smooth video footage and accurate sensor readings.

🔹 Polycarbonate Canopy

The upper shell or canopy is made from lightweight and durable polycarbonate. This material provides added protection for sensitive electronic components such as the flight controller, FPV camera, and VTX (video transmitter). The canopy also contributes to the aerodynamic profile of the quadcopter, allowing for more efficient airflow and reduced drag during high-speed flight.


⚖️ Frame Weight: Approx. 170g

The frame-only weight of the Robocat 270 is approximately 170 grams, which makes it light enough for racing but sturdy enough to endure hard crashes. When fully built with components like motors, ESCs, and batteries, the typical AUW (All-Up Weight) ranges between 400g to 550g, depending on the build and accessories used.


🔩 Motor Mounting Compatibility

The Robocat 270 is compatible with popular motor sizes including:

  • 2204

  • 2205

  • 2206

These motors are the go-to choice for racing drones due to their high thrust output and efficiency. The mounting holes on the arms support standard 16x19mm spacing (M3 screws), making it compatible with a wide variety of brushless motors used in FPV builds.


⚙️ Flight Controller Mounting

The frame supports a standard 30.5mm x 30.5mm (M3) mounting hole configuration for the flight controller. This ensures compatibility with most major flight control boards, including:

  • Betaflight boards (F4/F7)

  • DJI FPV Air Units (with adapter)

  • Kakute F7 series

  • Matek, iFlight, Holybro, and many more

This standard sizing gives users maximum flexibility when choosing their FC based on desired features like OSD (on-screen display), Blackbox logging, or GPS support.


🌀 Propeller Size Support

The Robocat 270 Racing Quadcopter Frame can accommodate both:

  • 5-inch propellers – For agility, responsiveness, and tighter cornering.

  • 6-inch propellers – For higher thrust, better top-end speed, and longer flight times.

This dual compatibility allows pilots to customize their builds for specific flight characteristics, depending on whether they’re building for freestyle or pure racing.


🎥 FPV Camera Mount Integration

The canopy comes with a built-in camera mount, designed specifically for FPV cameras. It supports:

  • Mini and micro FPV cameras (like Runcam Micro, Caddx, Foxeer)

  • Custom mounts for DJI FPV cam (with adapters or 3D printed mods)

The camera angle can be manually adjusted by repositioning the mount, typically allowing for 10° to 45° tilt, depending on user preference. The aggressive forward tilt option makes it suitable for high-speed racing where the drone is tilted forward during flight.


🔋 Battery Placement

The frame allows for both top-mount and bottom-mount battery configurations, giving flexibility depending on the pilot’s preference:

Top Mount

  • Better center of gravity

  • Less risk of battery damage during landing

  • Preferred by freestyle pilots for balance during flips and rolls

Bottom Mount

  • Lower profile

  • Often used in racing for improved aerodynamics

  • Requires extra protection like battery pads or straps


🔌 ESC Mounting Options

ESCs (Electronic Speed Controllers) can be mounted:

  • On the arms – Traditional method using zip ties or shrink wrap. Offers better cooling due to direct airflow.

  • Inside the canopy – Cleaner look and better protection from elements like water and dust, but requires more space and cooling considerations.

This modularity allows for custom configurations based on build goals.


🛠️ Build Experience & Customization

Building a quadcopter with the Robocat 270 Racing Quadcopter Frame is a rewarding experience, especially for hobbyists and DIY enthusiasts. The frame includes pre-drilled holes for mounting accessories like:

  • FPV antennas

  • GPS modules

  • Buzzers

  • LEDs

It also supports modular arm replacement, which means a single arm can be replaced instead of the whole frame after a crash.

With enough internal space, the frame accommodates stack heights up to 30mm, making it easy to build a 4-in-1 ESC + FC + VTX stack.


💡 Performance & Aerodynamics

The aerodynamic canopy design plays a significant role in reducing wind drag. Combined with the sleek body structure, this contributes to:

  • Higher top speeds

  • Better power efficiency

  • Improved control in acrobatic moves

Pilots report stable handling at high speeds and smooth transitions in turns and dives, making the Robocat 270 Racing Quadcopter Frame a favorite in both racing and freestyle categories.


🔧 Durability and Crash Resistance

With its carbon fiber arms and polycarbonate shell, the Robocat 270 can withstand crashes better than traditional open-style frames. Key points:

  • Carbon fiber resists bending and snapping under stress

  • Polycarbonate canopy absorbs impacts and protects electronics

  • Replaceable arms save time and money during repairs

This makes it ideal for beginner and intermediate pilots who are more prone to crashing during aggressive flight sessions.


🧰 Compatibility with FPV Systems

Robocat 270 Racing Quadcopter Frame is compatible with both analog and digital FPV systems. Whether you’re using a traditional analog VTX with a 5.8GHz antenna or upgrading to DJI FPV with a digital air unit, the Robocat 270 offers ample space and mounting options.


🔄 Upgradability

Due to its standardized mounting layout and spacious internal design, the Robocat 270 Racing Quadcopter Frame is highly upgradable. Users can install:

  • Upgraded ESCs (up to 6S support)

  • Modern flight controllers with advanced features

  • GPS modules for autonomous flight

  • Long-range VTX systems

Additionally, various 3D-printed parts are available online for camera protection, antenna mounts, battery holders, and more.


📦 What’s in the Box

A typical Robocat 270 Racing Quadcopter Frame kit includes:

  • Carbon fiber bottom plate

  • Carbon fiber arms (4)

  • Top and side carbon fiber plates

  • Polycarbonate canopy

  • Aluminum standoffs

  • Screw set (M3 size)

  • Battery strap

  • Landing pads or foam bumpers


🧑‍🔧 Ideal Use Cases

  • Drone racing

  • Freestyle flying

  • FPV learning

  • Cinematic FPV

  • DIY drone building and modification


✅ Pros and Cons

✅ Pros

  • Robocat 270 Racing Quadcopter Frame is Durable and crash-resistant

  • Robocat 270 Racing Quadcopter Frame is Modular and customizable

  • Robocat 270 Racing Quadcopter Frame is Aerodynamic canopy for better flight

  • Robocat 270 Racing Quadcopter Frame is Suitable for both analog and digital systems

  • Robocat 270 Racing Quadcopter Frame is Mid-size frame perfect for racing/freestyle

❌ Cons

  • Robocat 270 Racing Quadcopter Frame is Slightly heavier than minimalist racing frames

  • Robocat 270 Racing Quadcopter Frame is Canopy can be difficult to remove for quick maintenance

  • Robocat 270 Racing Quadcopter Frame is Limited space for very large components

These specifications make it compatible with a wide range of FPV racing components and allow users the flexibility to build their quad according to their flying style and performance expectations.


🚀 Aerodynamics and Design Philosophy

The aerodynamic canopy of the Robocat 270 Racing Quadcopter Frame serves more than just a cosmetic purpose. It minimizes wind resistance, which can have a noticeable impact at high speeds. Its enclosed design helps streamline the airflow, which reduces turbulence and drag.

Robocat 270 Racing Quadcopter Frame design is particularly advantageous in races, where maintaining higher speeds over a longer period can make the difference between winning and losing. Moreover, the enclosed frame also shields internal components from dirt, dust, and light rain, extending the lifespan of your electronics.

Another important element of the Robocat 270 Racing Quadcopter Frame design is its low center of gravity, which improves stability and responsiveness during quick maneuvers. The battery, typically the heaviest part of the drone, can be mounted underneath or on top, allowing pilots to fine-tune balance.


🔧 Ease of Assembly and Modularity

Building a drone using the Robocat 270 Racing Quadcopter Frame is a rewarding experience for both beginners and seasoned hobbyists. The frame is delivered as a DIY kit that includes all essential components needed for assembly, providing users with a customizable experience that encourages technical learning and hands-on skills.

🧩 Included Components

The kit typically contains the following parts:

  • Carbon Fiber Arms: These are strong, lightweight, and designed to absorb minor crashes. Their rigidity supports stable flight dynamics and reduced vibrations.
  • Polycarbonate Canopy: This stylish shell not only provides an aerodynamic advantage but also offers protection for the inner electronics. Its semi-transparent nature allows visibility of internal LED lights, which is useful during night flying.
  • Screws and Standoffs: These components are vital for structural integrity. The aluminum or steel screws pair with nylon or metal standoffs to hold the frame plates and canopy securely.
  • Mounting Plates: Base and top plates are used to sandwich the arms and provide mounting points for various components such as the battery or VTX.

🛠️ Assembly Considerations

The frame’s design prioritizes ease of assembly. Holes are pre-drilled and labeled for standard-sized components, such as the 30.5mm x 30.5mm mounting pattern for flight controllers. Builders can follow visual guides and tutorials to complete assembly with only basic tools, such as a hex driver and soldering iron.

🧰 Internal Component Room

Inside the canopy, there’s ample space—by racing quad standards—for the following:

  • Flight Controller: Mounts at the center base plate and manages gyro, accelerometer, and receiver inputs.
  • PDB (Power Distribution Board): Distributes power from the battery to the ESCs and other electronics.
  • FPV Camera: The camera mount at the front allows angling for optimal view during high-speed racing.
  • Video Transmitter (VTX): Mounts toward the rear with available vents for heat dissipation and SMA port access.

📏 Wiring and Layout Tips

Despite its spacious appearance, the internal area must be organized well:

  • Use silicon wires: They are heat-resistant and flexible.
  • Route signal and power lines separately to avoid electromagnetic interference.
  • Install low ESR capacitors on the PDB to reduce video noise.

A neatly laid-out interior prevents overheating, improves airflow, and ensures maintenance is easier in case of crashes or part replacements.

🔁 Modularity and Maintenance

One of the Robocat 270 Racing Quadcopter Frame standout features is its modular design. The arms are attached individually to the baseplate using screws, meaning if one breaks during a crash, it can be replaced without having to rebuild the entire frame. Similarly, top plates and standoffs are easily swappable.

This modularity lowers maintenance costs and downtime. Hobbyists can keep spare arms and standoffs in their field toolkit and return to flying quickly after a minor incident.

In summary, the Robocat 270 Racing Quadcopter Frame is designed to be user-friendly, repairable, and adaptable. Its blend of durability, smart internal layout, and DIY-friendly design make it a go-to choice for many FPV enthusiasts who value ease of assembly and cost-effective repairs.


📹 FPV Camera Compatibility

The front of the Robocat 270 Racing Quadcopter Frame  canopy includes a mount designed to hold small FPV cameras like the RunCam Swift, Foxeer Arrow, or Caddx. These mounts provide a slight upward tilt, which is essential for fast forward flight where the drone naturally pitches forward.

The canopy shields the lens from debris and sun glare, helping improve the FPV feed clarity. However, it is advisable to use a lens protector or ND filter to reduce the risk of scratches.


🔋 Battery and Component Placement

The frame allows both top and bottom battery mounting. Each has its own advantages:

  • Top-mounted batteries keep the drone’s underside clear for landing, but raise the center of gravity.
  • Bottom-mounted batteries offer better balance and agility but are more prone to damage on rough landings.

There is also sufficient space for placing:

  • ESCs on the arms
  • Receiver beneath the flight controller
  • Video transmitter and antennas on the rear standoffs or inside the canopy

🧪 Flight Performance and Handling ✈️

Thanks to its rigid carbon arms and aerodynamic design, the Robocat 270 offers crisp handling and fast response times. Pilots report:

  • Stable performance at high speeds
  • Smooth yaw and roll control
  • Minimal vibration affecting the flight controller
  • Satisfying punch-outs with 4S or 6S LiPo batteries

The frame works well with standard 5-inch or 6-inch props. Larger props provide more thrust, while smaller props improve maneuverability. Depending on your motor and ESC selection, you can expect high burst speeds and competitive agility.


🧱 Durability and Crash Resistance 🧯

One of the strong suits of the Robocat 270 Racing Quadcopter Frame is its durability. The carbon fiber arms are strong enough to absorb crashes, while the replaceable canopy protects your internal electronics. In cases of frontal impact, the canopy may crack, but the internal frame usually remains intact.

Spare arms and canopy parts are available online, and due to the modular design, repairs typically take no more than 20 minutes. This makes the Robocat an excellent choice for beginners and intermediate pilots who are still pushing their limits.


🔄 Upgrade Potential and Modifications 🛠️

The Robocat 270 is highly modifiable:

  • Upgrade motors to 2207 or 2306 for more thrust
  • Add a 3D-printed GoPro mount on top
  • Install LEDs for visibility during night flights
  • Use F7 flight controllers for better sensor handling
  • Swap the canopy with custom designs or colors

There are also third-party accessories like motor guards, landing skids, and TPU mounts that are compatible with this frame.


📊 Comparisons with Other Racing Frames 📉

Feature Robocat 270 Martian II 220 QAV-R 2
Weight ~170g ~150g ~140g
Design Enclosed canopy Open frame Open frame
Durability High Moderate High
Aesthetics Futuristic Basic Sleek
Customization High Medium High

Compared to the Martian II, the Robocat offers better protection and looks. Compared to QAV-R 2, it’s slightly heavier but provides an enclosed structure that many pilots prefer for FPV.


🧑‍✈️ User Feedback and Community Opinion 🧑‍🔧

The Robocat 270 Racing Quadcopter Frame has received positive reviews across various forums like RCGroups and FPVLab. Common feedback includes:

  • “Very robust design. Crashed several times, only had to replace one arm.”
  • “The canopy gives my quad a unique look and keeps it clean.”
  • “Not as agile as my freestyle frames, but very stable and smooth.”

Most users recommend this frame for:

  • Mid-level racers
  • Hobbyists looking for a durable daily flyer
  • Builders interested in enclosed-style frames

✅ Pros and Cons Pros:

  • Robocat 270 Racing Quadcopter Frame Aerodynamic, enclosed design
  • Robocat 270 Racing Quadcopter Frame Sturdy carbon fiber construction
  • Robocat 270 Racing Quadcopter Frame Excellent component protection
  • Robocat 270 Racing Quadcopter Frame Customizable and upgrade-friendly

Cons:

  • Robocat 270 Racing Quadcopter Frame Slightly heavier than open-air racing frames
  • Robocat 270 Racing Quadcopter Frame Limited internal space for large components
  • Robocat 270 Racing Quadcopter Frame Not ideal for ultra-lightweight builds

🏁 Conclusion – Is the Robocat 270 Racing Quadcopter Frame Right for You?

The Robocat 270 Racing Quadcopter Frame strikes a solid balance between durability, style, and performance. It’s ideal for intermediate FPV racers or hobbyists who want a reliable and unique-looking drone. While it may not be the lightest option available, its aerodynamic benefits and crash resistance make it a strong contender in its category.

Whether you’re racing through gates, flying freestyle in a park, or just building for fun, the Robocat 270 offers the flexibility, strength, and looks to make your quadcopter stand out

Why Choose Lofty Agrotech

🌱 Introduction

Lofty Agrotech is a cutting-edge agrotech company at the forefront of transforming agriculture through advanced technology, precision farming solutions, and data-driven insights. With a deep-rooted mission to empower farmers and agricultural businesses, Lofty Agrotech has established itself as a pioneer in smart farming and sustainable agricultural development.

💡 Innovation at Its Core

Lofty Agrotech thrives on innovation. By integrating the latest in IoT (Internet of Things), AI (Artificial Intelligence), and data analytics into agricultural practices, the company offers smart solutions tailored to the needs of modern farming.

Key Innovations:

  • Real-time crop monitoring
  • Soil health assessment tools
  • Weather prediction models
  • Drone-based surveillance and spraying systems
  • Smart irrigation controllers

These innovations are not just technologically advanced—they’re practical, easy to implement, and designed with farmers’ everyday challenges in mind.

📈 Proven Results

Adopting Lofty Agrotech’s solutions leads to tangible results:

  • 30–40% increase in crop yield
  • 25–35% savings in water usage
  • 20–30% reduction in fertilizer and pesticide use
  • Significant improvement in farm profitability and sustainability

Such outcomes are backed by case studies and field data from farms across India.

🤝 Farmer-Centric Approach

Lofty Agrotech believes in working with farmers, not just for them. Their solutions are developed after continuous field visits, farmer feedback sessions, and hands-on testing.

Services Offered:

  • Personalized farm advisory services
  • Soil testing and crop recommendations
  • Training sessions and workshops
  • Dedicated farmer helplines and app support

🛰️ Use of Advanced Technologies

IoT and Sensors:

Deployed across fields to monitor parameters like temperature, moisture, pH, and nutrients.

Drones:

Used for aerial mapping, surveillance, and targeted spraying, reducing labor costs and improving accuracy.

AI & Machine Learning:

Data collected from fields is analyzed to forecast diseases, predict yields, and recommend farming practices.

🏆 Awards and Recognition

Lofty Agrotech has received several accolades for its work in agritech innovation:

  • “Best Agritech Startup of the Year”
  • Recognition from government agricultural bodies
  • Collaboration with research universities for R&D

🌍 Sustainability and Environmental Focus

Lofty Agrotech’s solutions are built around sustainable agriculture:

  • Reducing overuse of chemicals
  • Promoting organic practices
  • Encouraging biodiversity and soil conservation

📦 Custom Solutions for All Farm Sizes

Whether it’s a smallholder farmer with 1 acre or a commercial farm with 100 acres, Lofty Agrotech has scalable solutions for every size and budget.

💬 Testimonials

“Thanks to Lofty Agrotech, my yields have gone up and costs are down. Their app is easy to use and the team is very helpful.” – Ramu, Farmer from Tamil Nadu

“Drone spraying saved me a lot of time and money. No more labor shortage worries during peak season.” – Kavitha, Sugarcane Farmer

📍 Presence and Support Network

With operations across India and a growing international footprint, Lofty Agrotech provides:

  • On-ground support teams
  • Multilingual app interface
  • 24/7 customer assistance

🚀 Future Outlook

Lofty Agrotech is continuously investing in R&D, expanding its tech portfolio, and planning global outreach. With an eye on food security and farmer welfare, the future looks green and promising.

✅ Conclusion

Choosing Lofty Agrotech means choosing:

  • Innovation
  • Reliability
  • Sustainability
  • Farmer empowerment

INTERNAL LINKS:

Explore more in our camera drone collection and find the right aerial companion.

Before flying, ensure you’re compliant with India’s drone regulations (DGCA DigitalSky Portal).

Looking for more? Discover everything we offer at www.loftyagrotech.com