When diving into the world of electric skateboards, scooters, ebikes, and other DIY electric rides, having a reliable and powerful speed controller is absolutely crucial. That’s exactly why we’ve taken a close look at the FLIPSKY 75200 Pro V2.0 – a robust ESC built to handle hefty currents, wide voltage ranges, and demanding applications with ease. Designed around the trusted VESC platform and featuring an aluminum PCB with a key switch for added safety, this controller promises both performance and durability. Over the past few weeks, we’ve tested it across several setups, pushing it through everything from casual cruising to more intense off-road use. In this review,we’ll share our firsthand impressions,digging into its capabilities,installation nuances,and overall value to help you decide if it’s the right ESC for your next build.
Overview of the FLIPSKY 75200 Pro V2.0 and Our Initial Impressions
As a versatile speed controller built on the renowned Benjamin ESC series, this model impresses with its broad range of applications-electric skateboards, scooters, ebikes, and even off-road or combat robots are all on the table. It’s engineered for serious performance, supporting a voltage range from 14V up to 84V (4-20S cells), and capable of continuous currents up to 200A depending on voltage and heat dissipation. The dual heat dissipation system, combining an aluminum PCB substrate with a sturdy metal aluminum shell, ensures efficient thermal management to maintain longevity and reliability under heavy load.
Customization and fine-tuning are made accessible via the VESC TOOL software, tho careful attention to firmware versions is critical to avoid damage. Features like a built-in key switch add convenience, although spark protection needs to be purchased separately. Notably,the ESC supports single serial port usage and offers Bluetooth compatibility without requiring an external module. For safety and best use, users must follow precise wiring instructions, especially regarding power line connections at 3.3V and 5V levels, and ensure solid soldering of battery and motor ports.
| Feature | Specification |
|---|---|
| Voltage range | 14-84V (4-20S) |
| Continuous Current | 50V/200A; 75V/150A |
| Instant Current | 400A (momentary) |
| Firmware Version | 6.02 (Factory Default) |
| Cooling | Double aluminum Heat Dissipation |
| BEC Output | 5V @ 1A |
- Wide device compatibility for various electric mobility platforms
- Robust electrical protection with filtered signals and current thresholds
- Customizable firmware approved through VESC TOOL for fine parameter tuning
- Compact and durable design optimized with aluminum for heat control
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Diving deeper into Features and Practical Insights for Everyday Use
Equipped with a robust 84V voltage range and capable of sustaining a continuous current up to 200A, this ESC is engineered to handle demanding applications across electric skateboards, scooters, e-bikes, and even DIY off-road or combat vehicles. One standout is the integration of a dual heat dissipation system-combining a metal aluminum shell with an aluminum PCB substrate-to ensure efficient thermal management, which significantly extends the lifespan in rigorous environments. Before use, parameter tuning via the VESC TOOL software is crucial; the default firmware version 6.02 provides a solid base, though selecting compatible firmware versions tailored to your setup prevents operational failures and protects the ESC from damage.Pay special attention to wiring, especially the 3.3V and 5V power lines to avoid shorts, and ensure robust welding of battery and motor connectors for reliability.
- Voltage Range: 14V to 84V (4-20S battery configuration)
- Continuous Current: 50V @ 200A / 75V @ 150A (dependent on heat dissipation)
- Instant Current Peak: 400A (momentary spike)
- BEC Output: 5V @ max 1A,suitable for receiver power
- switch Feature: Includes a key switch but no built-in spark protection
- Parameter Adjustment: VESC TOOL mandatory for setup and customization
| Feature | Benefit |
|---|---|
| Aluminum PCB + Metal Shell | Superior heat dissipation & durability |
| Firmware Compatibility | Customizable performance and safety |
| Key Switch | Enhanced control and security |
| Relative filtering | Stable signal processing for smooth rides |
While installation requires adherence to the detailed wiring diagram-notably avoiding incorrect voltage connections-the controller supports a single serial port and Bluetooth communication without needing an extra module,simplifying setup in complex builds. Keep in mind that the product is designed as a DIY customization tool; so, any modifications like welding or removing protective heat shrink void returns. for real-world usability, be mindful of physical handling, especially avoiding overly violent impacts to the ESC seat, which is secured but can loosen if mishandled. When configured properly,this speed controller offers responsive acceleration,precise current delivery,and robust protection against harsh operational conditions,making it an attractive option for enthusiasts looking to push their electric rides to the next level.
Pros & Cons
Pros & Cons
After putting the FLIPSKY 75200 Pro V2.0 through its paces, here’s a balanced look at what stood out and what might catch users off guard. We aimed to give you an honest snapshot so you can decide if it’s the right ESC for your electric skateboard, scooter, or ebike project.
| Pros | Cons |
|---|---|
| High Power Handling Supports up to 200A continuous current and instantaneous bursts up to 400A – great for powerful setups. |
Complex Firmware management Requires careful matching of firmware versions via VESC TOOL, which can be tricky for newcomers. |
| Wide voltage Range Operates safely from 14V up to 84V (4-20S), offering compatibility with many battery configurations. |
No Built-in Spark Protection The ESC lacks a spark protection switch, which users must buy separately to avoid connection sparks. |
| Robust Thermal Design Dual aluminum heat dissipation system (shell + PCB substrate) extends the ESC’s life under heavy load. |
Fragile ESC Seat Users need to be gentle during assembly and use to avoid damaging the easily detachable ESC seat. |
| Flexible Submission Perfect for diverse uses – electric skateboards, scooters, ebikes, robots, off-road vehicles, and more. |
Strict Installation Requirements Necessitates precise wiring,firm soldering connections,and attention to 3.3V vs 5V lines to avoid damage. |
| supports Bluetooth Built-in serial port supports Bluetooth modules, easing wireless parameter adjustments. |
Limited Firmware Support on Apple Systems Firmware downloads for Apple users are limited to purchases through Apple, complicating updates. |
| Customizable & Open-Source Pleasant Based on the popular VESC platform,allowing advanced users to tweak settings extensively with VESC Tool. |
Non-Returnable if Modified Any soldering or heat shrink removal voids return and exchange policies – a risk for trial-and-error users. |
Q&A
Q&A: FLIPSKY 75200 Pro V2.0 review
Q1: What types of vehicles can I use the FLIPSKY 75200 Pro V2.0 ESC with?
We found this ESC to be quite versatile. It can be used for electric skateboards, scooters, e-bikes, robots, and even DIY off-road or combat vehicles. If your project falls somewhere in those categories, this ESC could be a solid fit.
Q2: Is this ESC ready to use out of the box, or do I need to configure it?
You’ll definitely want to use the VESC TOOL software to adjust the parameters before powering up. It comes with factory firmware version 6.02, but you can switch firmware versions through the VESC TOOL depending on your needs. Just be sure to keep the firmware version consistent to avoid any damage or wierd behavior.
Q3: Can I use this ESC with an Apple computer for firmware updates?
Firmware updates or downloads outside the factory version aren’t supported on Apple computers.For that, you would need a windows or Linux computer to access firmware updates from FLIPSKY’s official website. Apple users are advised to stick with the factory firmware or purchase accordingly.
Q4: What voltage and current ranges does the ESC support?
The controller’s voltage range is 14V to 84V (4 to 20S battery packs). Do not exceed these limits to ensure safety and avoid burning out the ESC. Continuous current handling is rated at 200A for 50V setups or 150A for 75V setups, factoring in heat dissipation. For brief bursts, it can handle up to 400A instantly.
Q5: Does the ESC include built-in spark protection?
no, it does not come with spark protection.If you want that feature, you’ll need to purchase a separate spark protection switch.It’s a good idea if you want to safeguard your battery and ESC connections from sparks during plug or unplug events.
Q6: How is heat managed in this ESC?
This ESC sports a double heat dissipation system-an aluminum PCB substrate combined with an aluminum shell. this design effectively spreads and dissipates heat, which can definitely help improve the ESC’s longevity, especially under heavy load.
Q7: Is the ESC easy to install?
Installation requires careful attention. We strongly recommend following the wiring diagram exactly, especially the distinctions between 3.3V and 5V lines to avoid shorts. The battery and motor cables should be welded firmly, and the ESC seat can be a little delicate, so handle it gently to prevent dislodging.
Q8: What about throttle compatibility?
When using any throttle under ADC control, the ESC expects the positive pole connected to 3.3V, not 5V. This detail is crucial to prevent damage or malfunction. So double-check your throttle wiring before powering on.
Q9: Can I connect Bluetooth modules to this ESC?
Yes! The ESC supports single serial port usage and even comes with Bluetooth support built-in-so you won’t need an external Bluetooth module to configure or monitor your ESC wirelessly.
Q10: What if I need to return or exchange the ESC?
Returns or exchanges are possible only if the ESC remains in its original condition-no soldering, no heat shrink film tampering, and no powering-on that alters its state. Once modified, the ESC cannot be returned due to the nature of these customized DIY products.
If you’re considering the FLIPSKY 75200 Pro V2.0, we hope our Q&A clears up some of the nitty-gritty details. It’s a powerful and feature-rich ESC that rewards thoughtful installation and configuration for smooth, reliable performance. As always, double-check your wiring and settings before hitting full throttle!
Unleash Your True Potential
As we wrap up our review of the FLIPSKY 75200 pro V2.0,it’s clear that this ESC packs a serious punch for anyone looking to upgrade their electric skateboard,scooter,or e-bike. Its robust build, aluminum heat dissipation design, and versatile voltage range make it a reliable choice – especially for DIY enthusiasts comfortable with fine-tuning settings via the VESC TOOL.While it demands careful attention during setup to avoid firmware and wiring pitfalls,the performance benefits it delivers are well worth the effort.
Whether you’re aiming to push your ride’s limits or build a custom off-road project, this Benjamin ESC series controller offers the power and versatility that can keep your motor running smoothly and safely. Of course, as with any high-performance component, following the instructions closely and respecting the product’s electrical limits is key to a long-lasting experience.
If you’re ready to bring this powerful speed controller into your build or upgrade, you can check it out here: FLIPSKY 75200 Pro V2.0 on Amazon and take your ride to the next level!
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