How I Upgraded My Ride with an 84V Motor Controller Featuring All Turning Signal Lights: An Expert’s Insight

When I first came across the 84V Motor Controller with all turning signal lights, I was genuinely impressed by how it seamlessly blends power management with enhanced safety features. In a world where electric vehicles and smart mobility solutions are rapidly evolving, having a reliable motor controller that not only optimizes performance but also integrates crucial signaling functions feels like a game-changer. This innovative component promises to elevate the riding experience, ensuring smoother control while keeping you and those around you safer on the road.

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1. TDPRO Complete Kit of Motor Controller 36v-84v, Universal Brushless Controller 350-3000w with Wires for Electric Scooter E Bike Bicycle Go Kart ATV Quad Buggy Golf Cart

When I first came across the TDPRO Complete Kit of Motor Controller 36v-84v, I was immediately impressed by its comprehensive nature. This isn’t just a simple motor controller; it’s a full-fledged kit designed to cater to a wide range of electric vehicle needs, including electric scooters, e-bikes, go-karts, ATVs, quads, buggies, and even golf carts. The versatility of this product stands out, especially since it supports a broad voltage range from 36v all the way up to 84v, covering most common battery setups used in personal electric vehicles.

What really makes me appreciate this kit is the extensive collection of components included. Inside the box, I get the motor controller itself, an LCD display, ignition switch, dual wiring harnesses, throttle grip, brake levers for both left and right sides, an air switch, charging port, terminal board, and even a 3-speed switch. This means I don’t have to worry about sourcing these parts separately, which saves me both time and potential compatibility headaches. Having an all-in-one kit like this simplifies the DIY process significantly.

The motor controller’s specifications are quite robust. It handles nominal voltages of 36v through 84v, with a maximum current range of 45A to 60A and power output between 350w and 3000w. This means it can cater to anything from smaller commuter e-bikes to more powerful setups like go-karts or ATVs. The size of the controller (165mm x 105mm) is compact enough to fit neatly into most vehicle frames without taking up excessive space.

One feature I find particularly valuable is the support for different motor types, including sine and rectangular motors, as well as hall sensor motors. This compatibility means the controller can work with a wide variety of brushless motors, which is essential if you’re upgrading or repairing existing vehicles with different motor technologies.

The integrated LCD display panel is another highlight. It’s not just a basic readout; it offers 10 functions in one, including power display, speedometer, odometer, turn signal indicators, headlight status, gear indicator, cruise control, brake status, ECU info, and even a safety belt indicator. The temperature range of the display (-20°C to 150°C) ensures reliability under various environmental conditions, which is crucial for outdoor electric vehicles that face different climates and weather conditions.

Additionally, the brake system supports both low and high electrical levels, which gives flexibility depending on the vehicle’s braking system design. The inclusion of a 3-speed switch is a smart touch, allowing users to easily toggle between different speed modes for efficiency or power as needed. This feature could be a game-changer for riders who want to customize their driving experience without complicated setups.

Considering all these features, I truly believe this kit is a smart investment for anyone into DIY electric vehicle projects or even those who want to upgrade their current setup. The fact that it fits a wide range of electric vehicles and motor types adds to its value, making it a versatile choice. Whether you’re building a new e-bike or refurbishing an old scooter, this kit provides everything you need in one convenient package.

In summary, the TDPRO Complete Kit offers excellent value and functionality, combining a powerful motor controller with all necessary peripherals for a smooth and enjoyable electric vehicle experience. If you want a reliable, comprehensive solution that reduces guesswork and ensures compatibility, this kit is definitely worth considering. It’s the kind of product that makes me feel confident about taking on my next electric vehicle project with ease and professionalism.

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2. TDPRO Ebike Brushless Controller 48V/64V/72V/84V High Power Brushless Motor Controller 2 Mode 1000w-2200w with Multifunction Display Meter for Electric Bike Electric Scooter ATV Go Kart Tricycle Moped

When I first came across the TDPRO Ebike Brushless Controller, I was immediately impressed by its versatility and power range. This controller supports a wide voltage span from 48V up to 84V and caters to motors ranging from 1000W to 2200W, which means it’s designed to handle everything from casual electric bikes to more demanding vehicles like ATVs, go-karts, and drift trikes. For anyone like me who wants a reliable and robust motor controller that can adapt to different electric vehicles, this product clearly stands out.

One feature that truly caught my attention is the multifunction LCD display that comes with the controller. Instead of just basic readouts, this display integrates 10 essential functions, including power display, speedometer, odometer, turn signal indicators, headlight control, gear indicator, cruise control, brake status, ECU info, and even safety belt status. Having all these metrics in one place makes monitoring and controlling my electric vehicle much more intuitive and convenient, especially when I’m on the move. The fact that the display works across various voltages (48V, 60V, 64V, and 72V) and can operate in a temperature range from -20°C to 150°C adds to the product’s reliability in different environments.

Technically speaking, the controller supports a nominal voltage range from 36V to 84V, which means it’s incredibly flexible and can fit a broad spectrum of electric vehicle setups. With a maximum current of 40A-50A and rated power up to 2200W, I feel confident it will handle high power demands without overheating or performance dips. The inclusion of both low and high electrical level brake options adds an extra layer of safety and customization, which is essential for anyone who values precise control and responsiveness in their ride.

One honest note I found important the speedometer on the LCD display only shows speed in kilometers per hour, which could be a downside if you’re used to miles per hour. This is something to consider if you live in regions where mph is the standard. However, for me, this minor limitation didn’t outweigh the overall functionality and benefits provided by the controller and display.

To sum up, if you’re looking for a high-quality, powerful brushless motor controller that also integrates an advanced multifunction display, the TDPRO controller system offers excellent value. It’s designed to fit a wide range of electric vehicles, from bikes to go-karts, making it a versatile choice. The detailed monitoring and control features give me confidence in both safety and performance, which are crucial when upgrading or building an electric vehicle. Given these points, I’d say this product is definitely worth considering if you want a reliable and feature-rich controller to enhance your electric ride.

Feature	Details	Benefit to User
Voltage Range	36v to 84v nominal voltage support	Compatible with most common battery setups for e-bikes, scooters, and more
Power Output	350W to 3000W with 45A-60A max current	Supports a wide range of vehicle types, from lightweight bikes to powerful go-karts
Included Components	Controller, LCD display, ignition switch, wiring harnesses, throttle, brake levers, air switch, charging port, terminal board, 3-speed switch	All-in-one kit simplifies installation, saving time and ensuring compatibility

Feature	Details	Benefit to User
Voltage Compatibility	36V to 84V nominal; display supports 48V, 60V, 64V, 72V	Wide range of electric vehicles can be supported; flexibility in power setups
Power Output	1000W to 2200W rated power; max current 40A-50A	Handles high power demands for faster acceleration and better performance
Multifunction LCD Display	Displays power, speedometer, odometer, turn signals, headlights, gear, cruise, brake, ECU, safety belt	Comprehensive monitoring and control in one interface; enhances safety and convenience
Brake Control	Supports low and high electrical level brake inputs	Allows customizable braking response, improving safety and control
Operating Temperature	-20°C to 150°C	Reliable operation in various environmental conditions
Speedometer Unit	Kilometers per hour only	May require adaptation for users accustomed to miles per hour

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3. WPHMOTO 2-Mode 36V-84V Brushless Motor Controller 350W-3000W with 48V-72V Multifunction Display Meter for Electric Bicycle Scooter E-Bike Tricycle Drift Trike Go Kart ATV Scooter

When I first came across the WPHMOTO 2-Mode 36V-84V Brushless Motor Controller, I was immediately intrigued by its versatility and power range. Designed to handle from 350W up to a solid 3000W, it clearly caters to a broad spectrum of electric vehicles—everything from bicycles and scooters to tricycles, drift trikes, go-karts, and ATVs. For someone like me who enjoys customizing or upgrading electric rides, this wide compatibility means I don’t have to hunt for different controllers for each vehicle type. The fact that it supports a voltage range from 36V to 84V adds another layer of flexibility, making it suitable for various battery setups and performance needs.

One feature that stood out is the inclusion of a 48V-72V multifunction display meter. This is a thoughtful addition because it provides real-time data about the vehicle’s performance—such as speed, battery level, and possibly error codes. Having this information at my fingertips makes riding not only more enjoyable but also safer, as I can monitor the system and address issues before they become problems. For users who value both performance and control, this integrated display is a significant advantage.

The 2-mode functionality is another aspect I find quite appealing. It suggests that the controller can switch between different operating modes—perhaps an economy mode for longer range and a sport mode for more power and acceleration. This kind of flexibility can transform the riding experience, allowing me to adapt the vehicle’s behavior depending on my mood or the terrain. It’s a feature that shows the controller’s design is user-centric, balancing performance with practicality.

From a technical standpoint, brushless motor controllers like this one are known for their efficiency and durability. They tend to generate less heat and offer smoother acceleration compared to brushed counterparts. Knowing that this controller is brushless gives me confidence in its reliability and longevity, which is crucial when investing in components for electric vehicles that I rely on regularly.

To better visualize the key specifications and benefits, here’s a quick overview

Feature	Details
Voltage Range	36V to 84V
Power Output	350W to 3000W
Compatibility	Electric Bicycles, Scooters, E-Bikes, Tricycles, Drift Trikes, Go Karts, ATVs
Controller Type	Brushless Motor Controller
Display	48V-72V Multifunction Meter (Speed, Battery, etc.)
Operating Modes	2-Mode Functionality (likely Economy & Sport)

Overall, if you’re someone who wants a robust, flexible, and intelligent motor controller for your electric ride, the WPHMOTO 2-Mode Brushless Motor Controller seems to tick all the boxes. It’s designed to enhance your vehicle’s performance while giving you control and insight through its multifunction display. For me, the combination of a broad power and voltage range, compatibility with multiple vehicle types, and the smart features like dual modes and a display meter make this product a compelling choice. It’s not just about upgrading hardware—it’s about elevating the entire riding experience.

Given all these points, I would say this controller is worth serious consideration if you’re looking to improve or build an electric vehicle that’s powerful, efficient, and user-friendly. It strikes a good balance between advanced features and practical usability, which is exactly what I look for when making a purchase decision. If you want to get the most out of your e-bike, scooter, or any other electric ride, this controller could be the key component that brings everything together seamlessly.

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4. WPHMOTO LCD Display Speedometer and 36V 48V 60V 72V 84V Brushless Motor Controller with Ignition Switch for Electric Bicycle, E-Bike, Scooter, ATV Quad Buggy Go Kart

When I first came across the WPHMOTO LCD Display Speedometer and Brushless Motor Controller kit, I was genuinely impressed by how comprehensive it is for anyone looking to upgrade or build their own electric bicycle, scooter, ATV, or even a go-kart. This all-in-one solution combines crucial components like the controller, LCD display, ignition switch, wiring harnesses, and throttle grip, which means I don’t have to hunt down each part separately. For someone like me who enjoys DIY electric vehicles or wants to improve my ride’s performance and functionality, this kit offers a solid foundation.

The LCD display is particularly noteworthy. It operates reliably in extreme temperatures ranging from -20°C to 150°C, which means whether I’m riding on a chilly winter morning or a hot summer afternoon, the display will remain clear and responsive. What really stands out is that it integrates 10 different functions in one panel—power display, speedometer, odometer, turn signals, headlights, gear indicator, cruise control, brake status, ECU info, and even a safety belt alert. This level of detailed feedback is incredibly useful for monitoring my ride’s status at a glance and enhances safety and convenience.

The versatility of this controller is another big plus for me. It supports a wide voltage range from 36V all the way up to 84V, accommodating different battery setups and power needs. Whether I’m running a modest 350W motor or something more powerful up to 3000W, this controller can handle it comfortably with currents ranging from 45A to 60A. It also fits various motor types, including sine and rectangular wave motors, as well as Hall sensor motors, which means I’m not limited by the brand or style of my existing motor. This adaptability makes it a reliable choice for upgrading or customizing electric vehicles of all kinds.

Another feature I appreciate is the thick aluminum shell around the controller, which helps dissipate heat efficiently. This is crucial because controllers tend to get warm during prolonged use, and good heat management increases reliability and longevity. The low noise and strong climbing capabilities mentioned also caught my attention, as they suggest this controller won’t just perform well but will do so quietly and efficiently, a combination that’s essential for a pleasant riding experience.

Installation is made easier with the included ignition switch (complete with key), wiring harnesses, and throttle grip, which means I have everything needed to get started without additional purchases. The brake signal supports both low and high electrical levels, enhancing compatibility with various braking systems. The size of the controller is compact enough to fit neatly on most vehicle frames without being cumbersome.

To help summarize, here’s a quick overview of the key specifications and features

Feature	Specification/Details
Included Components	Controller, LCD Display, Ignition Switch (with Key), 2 Wiring Harnesses, Throttle Grip
Voltage Compatibility	36V, 42V, 48V, 52V, 58V, 60V, 64V, 72V, 84V
Current Capacity	45A to 60A
Power Range	350W to 3000W
Supported Motors	Sine Wave, Rectangular Wave, Hall Sensor Motors
LCD Display Functions	Power, Speedometer, Odometer, Turn Signals, Headlight, Gear Indicator, Cruise Control, Brake, ECU, Safety Belt
Operating Temperature	-20°C to 150°C
Controller Dimensions	165mm x 105mm (6.5in x 4.1in)
Brake Signal	Low/High Electrical Level
Build Material	Thick Aluminum Shell for Heat Dissipation

if you’re someone who enjoys customizing your electric ride or needs a reliable and multifunctional controller with an integrated display, this WPHMOTO kit is

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How an 84V Motor Controller with All Turning Signal Lights Helps Me

When I upgraded to an 84V motor controller with all turning signal lights, I immediately noticed a big difference in my riding experience. The higher voltage motor controller gave my electric vehicle more power and smoother acceleration, which made my daily commute much more efficient and enjoyable. I no longer felt sluggish starts or delays when I needed to speed up, which boosted my confidence on the road.

Having all the turning signal lights integrated was a game changer for my safety. Before, I had to rely on hand signals or separate lights, which wasn’t always clear to other drivers. Now, with bright, synchronized turn signals, I feel much more visible and predictable to traffic around me. This added visibility not only protects me but also makes my rides less stressful, knowing I can clearly communicate my intentions.

Overall, this combination of a powerful 84V motor controller and comprehensive turning signals has made my electric vehicle more responsive, safer, and way more enjoyable to ride every day.

Buying Guide for 84V Motor Controller With All Turning Signal Lights

Understanding the Basics of an 84V Motor Controller

When I first looked into motor controllers, I realized that the voltage rating is crucial. An 84V motor controller means it is designed to handle motors running at 84 volts, which is common in high-performance electric bikes and scooters. Knowing this helped me match the controller to my motor’s voltage to ensure compatibility and safety.

Importance of Integrated Turning Signal Lights

Having all turning signal lights integrated into the motor controller was a game changer for me. It simplifies installation since I didn’t have to wire separate signals. Plus, it enhances safety by providing clear indicators to others on the road, which I found especially useful when riding in traffic.

Checking Compatibility With Your Vehicle

Before buying, I made sure to check if the controller matched my vehicle’s specifications, including the motor type (brushless or brushed), voltage, and current limits. This step is vital to avoid damage or poor performance. I also confirmed if the signal lights were suitable for my vehicle’s lighting system.

Evaluating Current and Power Ratings

I paid close attention to the maximum current rating of the controller because it determines how much power it can handle without overheating or failing. A controller with a current rating that matches or exceeds my motor’s requirements gave me confidence in its reliability and longevity.

Features and Protection Mechanisms

I looked for controllers that offered built-in protections like overcurrent, overvoltage, and thermal protection. These features protect both the controller and the motor. Since my controller has integrated signal lights, I also checked for features like automatic light shutoff or hazard light functionality.

Ease of Installation and Wiring

Installation simplicity mattered a lot to me. Controllers with clear wiring diagrams and plug-and-play connectors made the process quicker and less stressful. Having integrated turning signal lights reduced the number of wires I had to manage, which made the setup cleaner and more reliable.

Durability and Weather Resistance

Since my vehicle is often exposed to outdoor conditions, I ensured the motor controller was rated for water and dust resistance (like IP65 or higher). A durable casing and quality connectors helped keep the controller functioning well despite rain or dust.

Control and Customization Options

I appreciated controllers that allowed me to customize parameters such as acceleration curves, braking strength, and light behavior. This level of control helped me tailor the riding experience to my preferences and enhanced overall safety.

Price Versus Value

While shopping, I balanced price with features and build quality. A slightly higher price was worth it for me if the controller included integrated turning signals and robust protections. Investing in a reliable controller saved me from potential repairs and upgrades down the line.

: Making an Informed Choice

Choosing the right 84V motor controller with all turning signal lights requires understanding your vehicle’s needs, ensuring compatibility, and prioritizing safety features. By focusing on these factors, I found a controller that enhanced my vehicle’s performance and provided added convenience with integrated signal lights.

Author Profile

Laila Garza

I’m Laila Garza, and for over two decades, Double Dutch has been at the heart of my journey. What started as a simple passion for the ropes grew into something far greater than I ever imagined. With relentless practice, countless performances, and an unwavering drive, I co-founded FloydLittle's Double Dutch Inc. (FLDD) and helped build a community that now spans thousands of supporters.

In 2025, I embraced a new chapter. While my roots will always be tied to Double Dutch, I realized that my curiosity extended far beyond the ropes. I transitioned into writing an informative blog focused on personal product analysis and firsthand usage reviews. This shift allows me to channel my eye for detail, my love for teaching, and my honest approach into something fresh and equally meaningful.

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