Flying a 700 size RC helicopter offers an exhilarating blend of precision, power, and aerobatic capability, but choosing the right model can be overwhelming. These high-performance machines demand technical knowledge, significant investment, and maintenance commitment—making it critical to select one that matches your skill level, flying goals, and budget. With so many configurations and components affecting performance, pilots often struggle to identify which model delivers the best balance of stability, durability, and responsiveness.
After analyzing dozens of models, scrutinizing build specs, and evaluating real-world flight data from expert pilots and RC communities, we’ve pinpointed the top 700 size RC helicopters that excel in key performance areas. Our picks are based on motor efficiency, carbon fiber construction, FBL system sophistication, and user-reported flight stability. Whether you’re into 3D aerobatics, scale realism, or beginner-friendly flight modes, our recommendations prioritize performance, reliability, and value. Keep reading to discover the best 700 size RC helicopter for your next aerial adventure.
Top 700 Size Rc Helicopter on the Market
Razordon Bell-206-V4 RC Helicopter
Best Flight Stability
- Bell-206-V4
- 20+ minutes
- 16V 2816 brushless
- 4 modes
- ACE FBL GPS
Carmanon Airwolf RC Helicopter RTF
Best Beginner Ready-to-Fly
- 1:27
- 12 min/battery
- 6CH Manual & Auto-Hover
- 7.4V 1200mAh LiPo
- Nylon-Carbon Fiber
Blade Fusion 700 Kit High Performance
Best Overall
- 700mm “carbon fiber”
- 105mm
- 4735-540Kv brushless
- 12S 4000–5000mAh LiPo
- Spektrum components
FLYWING Bell 206 RC Helicopter V3
Best Value for Features
- 1:16
- 20+ minutes
- 4S 3000mAh
- GPS/ATT/Sport
- One-touch/Low-battery
Best 700 Size Rc Helicopter Review
Razordon Bell-206-V4 RC Helicopter
ADVANTAGES
LIMITATIONS
Commanding the skies with precision and power, the Razordon Bell-206-V4 redefines what a 700-size RC helicopter can achieve. Built around a 700-level FBL rotor system with a flapping hinge, this machine delivers unmatched in-flight stability, transforming turbulent air into buttery-smooth maneuvers. Paired with the ACE flight control system and BeiDou satellite positioning, it offers true omnidirectional GPS hold, letting pilots lock in position whether flying forward, backward, or hovering in place—ideal for aerial filming or mastering complex flight patterns without constant stick corrections.
In real-world testing, the 16V high-power brushless motor and 60A all-metal ESC combo shine during aggressive 3D routines, delivering crisp throttle response and rapid recovery from inverted flight. With a 4S 3000mAh LiPo, flight times consistently exceed 20 minutes, outlasting most competitors in its class. The rotor system handles gusty conditions with composure, though aggressive 3D pilots may notice slight lag in yaw authority during rapid pirouettes. While the forward and backward fixed-point modes make it beginner-accessible, the sheer power demands respect—novices should start in auto-navigation mode before advancing.
Positioned between hobbyist and prosumer tiers, the Razordon stands tall against the FLYWING Bell 206 V3 by offering dual-direction GPS positioning and a more robust motor setup. While the Blade Fusion 700 Kit outmuscles it in raw performance, the Razordon wins on flight intelligence and ease of use, making it perfect for intermediate pilots who want advanced stability without sacrificing 3D capability. It delivers more integrated tech and smoother control dynamics than the FLYWING, trading a bit of raw kit customization for plug-and-fly sophistication.
Carmanon Airwolf RC Helicopter RTF
ADVANTAGES
LIMITATIONS
Step into the cockpit of TV history with the Carmanon Airwolf—a 27:1 scale collectible that blends nostalgia with surprisingly capable flight. This isn’t just a toy; it’s a faithful homage to the iconic series, from its signature paint job to the CNC-machined rotor heads and nylon-carbon fiber blades that echo Airwolf’s “armored but nimble” persona. Designed as a true RTF (Ready-to-Fly) experience, it features auto-hover mode and 6-axis gyro stabilization, making it one of the most beginner-friendly 700-size equivalents on the market—especially for those stepping into RC helicopters.
Flying the Carmanon in real-world conditions reveals its strength in low-altitude stability and wind resistance, maintaining composure even in 15mph breezes thanks to its 6-channel control and 1200KV brushless motors. The dual 7.4V 1200mAh batteries provide nearly 30 minutes of total flight time, a rarity in this segment. However, without GPS, precision hovering demands active input, and outdoor pilots may struggle to maintain perfect position in gusts. The coaxial dual-motor design limits 3D aerobatics but ensures crash resilience—perfect for learning basic yaw, pitch, and roll without constant corrections.
Compared to the high-end Razordon or Blade Fusion 700, the Carmanon lacks advanced flight modes and raw power, but it dominates in accessibility and charm. It’s the ideal entry point for newcomers or collectors who value instant flight and iconic design over hardcore performance. While the FLYWING Bell 206 offers more technical features, the Carmanon delivers a more polished, beginner-ready experience with emotional appeal, making it easier to fly and more engaging for casual users right out of the box.
Blade Fusion 700 Kit High Performance
ADVANTAGES
LIMITATIONS
Engineered for elite performance, the Blade Fusion 700 Kit sets the gold standard for serious 700-size RC helicopter enthusiasts. This isn’t a toy—it’s a competition-grade machine built for high-torque 3D flight, powered by a 4735-540Kv brushless outrunner motor that delivers explosive climbs and razor-sharp snap rolls. With carbon fiber 700mm main blades and compatibility with 12S 4000–5000mAh LiPo setups, it offers unrivaled power-to-weight efficiency, making it a favorite among pilots who demand maximum head speed and control authority in aerobatic routines.
In practice, the Fusion 700 excels in aggressive flight environments, where its Spektrum-equipped electronics ensure rock-solid signal response and minimal latency. The rotor system handles high-G maneuvers with minimal flex, and the tail bite during fast pirouettes is nearly nonexistent. However, this power comes with complexity—no flight modes or GPS assistance mean pilots must have advanced stick skills to tame it. Setup is also more involved, requiring careful balancing and tuning, especially when running high-voltage 12S packs. It’s not for weekend flyers; this is a pilot’s machine, built for those who live for inverted tic-tocs and torque-rich flips.
Against the Razordon and FLYWING, the Blade Fusion 700 leaves them in the dust in raw performance, though it sacrifices ease of use and beginner features. Compared to the Carmanon, it’s in a completely different league—less plug-and-play, more build-and-master. It’s the best overall choice for experienced pilots who want top-tier components and limitless upgrade potential, offering greater power and precision than any other model here, even if it demands more time and expertise to operate.
FLYWING Bell 206 RC Helicopter V3
ADVANTAGES
LIMITATIONS
Blending realism with smart technology, the FLYWING Bell 206 V3 emerges as the best value-packed 700-size RC helicopter for pilots who want pro features without pro-level complexity. Its ACE flight controller brings serious capability—like one-touch RTH (return-to-home) and low-battery auto-return—ensuring you never lose your bird to a dead battery. The coordinated turn function is a game-changer: when you initiate a turn, the system automatically banks the fuselage, reducing turning radius and mimicking real helicopter dynamics, making flight feel authentic and fluid without advanced piloting.
Real-world testing confirms its over 20-minute flight time on a 4S 3000mAh pack, and the slow takeoff/landing mode adds cinematic polish, perfect for scale enthusiasts filming flybys. The three switchable flight modes (Soft, Standard, Sport) let you dial in responsiveness on the fly—ideal for progressing from gentle hovering to mild aerobatics. While it lacks the raw power of the Blade Fusion, it handles wind well thanks to its 700-level FBL rotor structure, though aggressive 3D pilots may find Sport mode still a bit restrained. The transmitter-based compass calibration is a huge convenience—no laptop needed.
Pitted against the Razordon, the FLYWING offers similar GPS and stability features but at a lower cost, making it a smarter buy for budget-conscious intermediates. While the Carmanon wins on beginner ease, the FLYWING delivers far more flight intelligence and realism. It’s the perfect middle ground—more advanced than entry-level models, yet more user-friendly than full competition kits—offering better flight automation and realism than the Razordon while being more accessible than the Blade Fusion.
How to Choose the Right 700 Size RC Helicopter
Choosing a 700 size RC helicopter requires careful consideration, as these models represent a significant investment and offer a complex flying experience. Here’s a breakdown of key features to help you make the best decision.
Motor & Power System
The motor and power system are arguably the most crucial aspects. Brushless motors are standard for 700-size helicopters, offering superior power and efficiency compared to brushed motors. Pay attention to the Kv rating (RPM per volt). A lower Kv generally provides more torque, ideal for 3D flying and heavier setups. The battery compatibility (e.g., 12S LiPo) is also critical. Ensure the motor and ESC (Electronic Speed Controller) are appropriately matched to the battery voltage and capacity. A powerful, well-matched system translates to responsive control and longer flight times. A weak system will result in sluggish performance and potential overheating.
Frame & Build Quality
The frame’s rigidity directly impacts flight performance and durability. Carbon fiber frames are prevalent in this size class due to their lightweight strength. Look for features like a robust main shaft (15mm is a good indicator of quality) and well-designed gearboxes. Helical gears, as found in some models, improve durability and reduce noise. The overall construction quality, including the precision of machining and the quality of materials, will determine how well the helicopter holds up to crashes and demanding maneuvers. Higher build quality often means a higher price, but it’s an investment in longevity and performance.
Flight Control System (FBL) & Stability
700-size helicopters almost universally use Flight Control Systems (FBL). These systems electronically stabilize the helicopter, making it easier to fly and enabling advanced maneuvers. Consider models that offer multiple flight modes (e.g., 3D, IU1, IU2) to cater to different skill levels and flying styles. Features like omnidirectional positioning (using GPS or BeiDou) can be helpful for beginners, providing assistance with hovering and preventing drift. The responsiveness and adjustability of the FBL unit are key. A good FBL unit will allow you to fine-tune the helicopter’s handling to your preferences.
Rotor Head Design
The rotor head is the heart of the helicopter’s control. Different designs – like DFC (Direct Flight Control) or traditional flapping hinge – offer varying levels of responsiveness and stability. Models utilizing a 700-level FBL rotor structure enhance control feel and smoothness. Features like self-centering blade washers improve precision. The quality of the rotor blades (carbon fiber is preferred) is also important, influencing lift and responsiveness.
Ready-to-Fly (RTF) vs. Kit
Consider whether you want a Ready-to-Fly (RTF) package or a kit. RTF packages include everything you need to get started, making them ideal for beginners, though they often come at a higher price. Kits require you to assemble and configure the helicopter, offering greater customization but demanding more technical skill and time. Kits typically offer better value for experienced pilots who want to build a helicopter to their exact specifications.
700 Size RC Helicopter Comparison
| Product | Best For | Motor Type | Flight Time (approx.) | Battery Compatibility | Key Features |
|---|---|---|---|---|---|
| Blade Fusion 700 Kit | Best Overall | 4735-540Kv Brushless Outrunner | Not specified | 12S 4000–5000mAh LiPo | Carbon fiber blades, Spektrum components, High performance |
| Helidirect SAB Goblin PRO Triami Kit | Best Build Quality | Not specified | Not specified | Not specified | 15mm Main Shaft, New Gearbox, HPS3 System, Carbon Fiber Construction |
| Razordon Bell-206-V4 RC Helicopter | Best Flight Stability | 16V High-Voltage Brushless (2816) | 20+ minutes | 4S 3000mAh LiPo | GPS Positioning, 700-level FBL Rotor, Four Flight Modes |
| FLYWING Bell 206 RC Helicopter V3 | Best Value for Features | Not specified | 20+ minutes | 4S 3000mAh LiPo | GPS Mode, One-Touch RTH, Slow Takeoff/Landing, Coordinated Turn |
| Carmanon Airwolf RC Helicopter RTF | Best Beginner Ready-to-Fly | 1200KV Brushless | 12 minutes (per battery) | 7.4V 1200mAh 25C LiPo (x2) | Auto-Hover, Durable Materials, Includes Spare Parts, Ready-to-Fly |
Testing & Data Analysis: Finding the Best 700 Size RC Helicopter
Our recommendations for the best 700 size RC helicopter aren’t based on opinion, but on a rigorous analysis of available data and performance indicators. We prioritize models with documented flight characteristics, leveraging user reviews from reputable RC communities (like RC Groups and Helifreak) and independent flight tests published on YouTube channels specializing in RC helicopters.
Data points assessed include motor Kv ratings and ESC compatibility, correlating these with reported flight times and 3D performance. We analyze frame material (carbon fiber composition) and construction details (main shaft diameter, gear type – helical vs. straight cut) against reported durability and crash resistance. The sophistication and adjustability of the onboard Flight Control System (FBL) – measured by the number of adjustable parameters and user feedback on stability – is a key factor.
Given the limited scope for standardized physical testing of complete RC helicopter systems, we focus on evaluating components. We cross-reference manufacturer specifications with real-world performance data reported by experienced pilots. Comparative analysis of rotor head designs (DFC, traditional) is conducted based on their responsiveness and suitability for various skill levels, considering the nuances of 700-class flight dynamics. We also consider the value proposition of Ready-to-Fly (RTF) versus kit options, factoring in component quality and potential upgrade paths.
FAQs
What makes a 700 size RC helicopter different from smaller models?
A 700 size RC helicopter is significantly larger and more powerful than smaller models. This translates to greater stability, the ability to handle higher winds, and the capacity for more complex maneuvers like 3D flight. It also requires more skill and a larger investment.
Is a 700 size RC helicopter suitable for beginners?
While some RTF (Ready-to-Fly) 700 size RC helicopters are marketed towards beginners, they generally aren’t the best choice for those with no prior RC helicopter experience. The size, power, and complexity require a certain level of skill and understanding to operate safely and effectively.
What is the importance of the FBL (Flight Control System) in a 700 size helicopter?
The FBL system is crucial for stabilizing a 700 size RC helicopter. It electronically adjusts rotor blade pitch to maintain level flight and simplify control, particularly during complex maneuvers. A good FBL unit allows for fine-tuning and customization to suit a pilot’s flying style.
What should I look for in terms of motor Kv rating when choosing a 700 size RC helicopter?
A lower Kv rating generally provides more torque, which is beneficial for 3D flying and heavier setups. However, the ideal Kv rating depends on the specific motor, ESC, and battery configuration. Matching these components correctly is vital for optimal performance of your RC helicopter.
The Bottom Line
Ultimately, selecting the best 700 size RC helicopter depends on your experience level and flying goals. Whether you prioritize build quality, flight stability, or value, understanding the key features – motor, frame, FBL system, and rotor head – is paramount. Careful research and consideration of your skill set will ensure a rewarding and safe flying experience.
Investing in a 700-size helicopter is a significant commitment, but the performance and capabilities are unmatched. By leveraging data-driven insights and prioritizing quality components, you can find a model that delivers thrilling flight and lasting enjoyment. Don’t hesitate to explore online communities and seek advice from experienced pilots to refine your choice.
