This FPV FreeStyle bundle provides professional-grade equipment for pilots looking to engage in high-performance freestyle drone flying. It includes core components for building a 5-inch freestyle drone, along with essential control and viewing gear. The products are selected to provide a complete setup for advanced maneuvers and immersive flight experiences.
Curated by The Dressing Room · Updated June 2026
Built for the intermediate pilot moving into high-fidelity digital freestyle who values structural rigidity and refined component layout. Not for racers prioritizing absolute minimum weight—this shop focuses on stable flight geometry and hardware durability.
Curator's pick: Apex DC 5 Inch FPV Frame
The dead-cat geometry is essential for keeping props out of your clear O3 view, but the reason I select the Apex is the carbon thickness and how the interlocking arm design handles energy in a crash. It is a dense, well-engineered piece of hardware that doesn't suffer from the resonance issues found in thinner, cheaper knockoffs.
⚠ Worth knowing: Moving to the O3 system and Goggles 2 requires a significant jump in thermal management. You cannot leave this drone sitting powered on the bench for long without active airflow, or you risk heat-damaging the air unit before you even take off.
Soldering Stations and Bench Repair ToolsAnalog to Digital Conversion KitsLiPo Storage and Fire Safety Gear
This shop is built around the core components needed to construct a professional-grade 5-inch FPV freestyle drone, paired with essential control and viewing equipment. It's designed for pilots who demand high performance and reliability for advanced aerial maneuvers and immersive flight experiences.
This bundle is for experienced FPV pilots looking to upgrade their existing freestyle setup or meticulously build a new high-performance drone from scratch. It caters to individuals who prioritize crystal-clear digital video, precise control, and the durability required for aggressive freestyle flying.
To get started, focus on the Apex DC frame, Tango 2 Pro controller, and Goggles 2 FPV headset. A full build, including all components listed, will range from approximately $930 to $1,235.
Full build
$930–$1235
Starter
$650–$910
Frame, Controller, and Goggles
Best forExperienced PilotsFreestyle FlyingDigital FPVHigh PerformanceCustom Builds
The Apex DC 5 Inch FPV Frame is a durable carbon fiber airframe designed for freestyle FPV drones. It provides a stable and protective platform for all essential drone components, suitable for pilots looking to build a robust 5-inch freestyle quadcopter. This frame solves the need for a resilient base capable of withstanding the impacts of aggressive freestyle flying.
5-inch propeller compatible
Carbon fiber construction
Dead Cat (DC) arm geometry
Designed for freestyle durability
Supports standard FPV electronics
In this shop: The Apex DC 5 Inch FPV Frame fits the 'FPV Drone Racing and Freestyle Equipment' vibe by being a foundational component for a high-performance freestyle drone build.
The O3 Air Unit Digital Transmission system offers high-definition video and low-latency digital transmission for FPV drones. It is intended for pilots who demand clear, reliable visual feedback during freestyle flight and wish to record onboard footage. This unit addresses the need for superior video quality and robust signal penetration in complex environments.
1080p/60fps digital video
Low latency transmission
Integrated video recording
Up to 10km transmission range
Supports high-definition FPV
In this shop: The O3 Air Unit Digital Transmission aligns with the 'FPV Drone Racing and Freestyle Equipment' vibe by providing cutting-edge digital video for an immersive freestyle experience.
The Goggles 2 FPV Headset provides an immersive, low-latency viewing experience for FPV drone flying. These goggles are suited for pilots using digital video systems who seek clear, detailed visual feedback for precise control. They solve the requirement for high-quality, comfortable FPV viewing with advanced digital compatibility.
Digital video compatible
High-resolution screens
Adjustable diopters
Low latency video feed
Integrated head tracking
In this shop: The Goggles 2 FPV Headset embodies the 'FPV Drone Racing and Freestyle Equipment' vibe by offering an immersive, high-quality digital viewing experience essential for freestyle flying.
The Tango 2 Pro Radio Controller is a compact, full-featured remote control system designed for FPV drone pilots. It is ideal for freestyle pilots utilizing the Crossfire communication protocol, offering reliable long-range control in a portable form factor. This controller provides precise input and robust signal integrity essential for aggressive maneuvers.
TBS Crossfire built-in
Compact form factor
Hall sensor gimbals
OpenTX firmware compatible
Integrated LiPo battery
In this shop: The Tango 2 Pro Radio Controller reinforces the 'FPV Drone Racing and Freestyle Equipment' vibe as a preferred, reliable control link for freestyle pilots.
Sincars 2207 Freestyle Motors are high-performance brushless motors optimized for 5-inch FPV freestyle drones. They are designed for pilots seeking powerful and responsive thrust for demanding aerial maneuvers. These motors address the need for a balance of power, efficiency, and durability required for aggressive freestyle flying.
2207 stator size
Optimized for 5-inch props
Durable construction
High thrust output
Designed for freestyle longevity
In this shop: The Sincars 2207 Freestyle Motors contribute to the 'FPV Drone Racing and Freestyle Equipment' vibe by offering the essential power and durability for freestyle maneuvers.
The 6S 1300mAh LiPo Battery is a high-discharge lithium polymer battery pack commonly used with 5-inch FPV freestyle drones. It is suitable for pilots requiring a consistent and powerful energy source to drive high-performance motors. This battery solves the challenge of providing adequate power and run-time for aggressive freestyle flight sessions.
6S voltage (22.2V)
1300mAh capacity
High discharge rate (C-rating)
Standard XT60 connector
Optimized for 5-inch freestyle drones
In this shop: The 6S 1300mAh LiPo Battery is a core component for the 'FPV Drone Racing and Freestyle Equipment' theme, supplying the necessary power for freestyle drone operation.
The combination of the O3 Air Unit and Goggles 2 provides an incredibly immersive and high-definition digital viewing experience, crucial for precise freestyle maneuvers.
Utilizing the Apex DC frame with Sincars 2207 motors ensures a durable yet agile drone that can withstand impacts while delivering responsive power for aggressive flying.
The Tango 2 Pro controller with Crossfire integration offers reliable, long-range control, giving pilots confidence during complex and extended freestyle sessions.
What to know
Building this setup requires a good understanding of FPV drone assembly and electronics, making it less suitable for absolute beginners without prior experience.
The premium components in this bundle represent a significant investment, so careful consideration of your budget and commitment to the hobby is advised.
How to use this together
1
Assemble the Frame
Begin by assembling the Apex DC 5 Inch FPV Frame, as this will be the structural foundation for all other components. Ensure all standoffs and carbon fiber plates are securely fastened to create a robust chassis capable of withstanding impacts.
2
Install Motors and Electronics
Mount the Sincars 2207 Freestyle Motors to the frame's arms. Subsequently, integrate the flight controller, ESCs, and the O3 Air Unit Digital Transmission system within the frame, paying close attention to wiring and soldering quality to prevent shorts and ensure reliable performance.
3
Power and Control Setup
Connect the 6S 1300mAh LiPo Battery, ensuring proper polarity, and then bind the Tango 2 Pro Radio Controller to the drone's receiver. This step establishes communication and provides power for testing, allowing you to configure flight modes and check motor direction.
4
Configure Goggles and Test
Power on the Goggles 2 FPV Headset and pair them with the O3 Air Unit to establish a live video feed. Perform initial bench tests to verify all controls, motor responses, and video clarity before attempting any actual flights, making sure all systems are fully operational.
