WPHMOTO 48V 1800W Brushless Electric Motor Controller Throttle Grip Pedal Wiring Harness Charger Plug Chain Ignition Key Kit for Go Kart Scooter E-Bike Motorized Bicycle ATV Mini Bike

WPHMOTO 48V 1800W Brushless Electric Motor Controller Throttle Grip Pedal Wiring Harness Charger Plug Chain Ignition Key Kit for Go Kart Scooter E-Bike Motorized Bicycle ATV Mini Bike

$ 278.69

Score By Feature

Based on 10 ratings

Customer service

8.50

Delivery

8.23

Giftable

8.41

Value for money

8.03

OveReview Final Score

How Our Score Is Calculated

Product Description

The maximum power is 1800 watts-2000 watts, and the maximum torque is 3. 5 to 10N. The rotation speed is between 4300 and 4500 revolutions per minute

48V 1800W brushless motor and controller along with other necessary components a reliable, powerful 48V 1800W brushless motor & controller

These products are applicable to go karts, scooters, electric bikes, e-bikes, motor guided bicycles, mopeds, mini-bikes, pocket bikes, and electric dirt bikes, etc.

Compared to brushed motors, brushless motors are more efficient, more power efficient, low noise, have a long lifespan, are more stable, and have a lower maintenance cost.

(1)Motor (1)Controller (1)Ignition Key (1)Throttle Pedal (1)Terminal Block (1) Wiring Harness (1)Forward / Reverse Switch (1)Charger Plug (1)T8F Chain (1)LED

Questions & Answers

How does that peddle work? Is it just an on/off control or one you control with a speed?

The pedal did not reach me, and I was unable to comment on it in depth. To control the rotation of the handlebar, I used the I believe that the motor speed can be controlled, or is variable from 0 to 100%. In my opinion, if the pedal was only on/off, it would be dangerous and the setup would cost more money to use. Therefore, it appears that it cannot simply be turned on or off.

The motor in my car runs faster when in reverse than when it is in forward. Could you provide any suggestions as to how to resolve this?

Mounting the motor the wrong way is what you need to do. Turn it around so the rear is forward and the front is backward so you will be going faster forward than backward. You will also need to switch the wiring around in order

Do you think this holds up to a 250 lb person in terms of power and speed? What would it be like to go karting on a vintage machine?

Certainly, as long as you weigh 250 lbs or less, you can cruise at approximately 13 mph miles per hour.

The 48v (4 12v batteries in series) will need to be charged. Please let me know what would be the best way to charge the batteries?

The charger that came with it when I bought it is 48 volts. In order to use a 12v charger, you will need to disconnect the battery leads, so the batteries will no longer be in series - they will need to be in parallel or separate. To either or both of them it would be annoying If a 12-volt charger is to be used you can do two things 1) unplug them and charge each separately, or 2) switch the wires so they are in parallel and charge them together (and then swap them back to get them in series again to get 48v).

Selected User Reviews For WPHMOTO 48V 1800W Brushless Electric Motor Controller Throttle Grip Pedal Wiring Harness Charger Plug Chain Ignition Key Kit for Go Kart Scooter E-Bike Motorized Bicycle ATV Mini Bike

You might do well if you have some idea of what you're doing

5/5

Despite some of the parts looking different, this kit has everything one needs to build a go kart. Some of the additions may not look as advertised, but they function the same way. To begin with, the motor is very large. In addition, I was given a plastic pedal rather than a metal one. In addition to the wiring harness, this is a very large amount of material. If you are designing a go kart or scooter, keep these points in mind To use this controller, you must connect the 3 motor wires to the 3 "ESC" wires*1. There must be an electrical outlet on each of the five hall wires. (Be sure that the wiring is correct because the current will vary if you keep the motor on the right or left side)*3. In order to use each control, the wires need to be plugged into their housing. (Note that Since it slides in, it doesn't need to be soldered)
4. A short circuit or plug must be used for the inverted gear, or it must be plugged into the forward, neutral, reverse stick. 5
To allow power to flow from the battery to the motor, either the power lock must be shorted out or a deadman switch must be installed. The sixth point. You must connect either the handle throttle or foot throttle wire to the wiring (both plug into the same wiring)*. 7. There are some wires that cannot be placed into the wiring harness because only female plugs can be plugged in, which means that a throttle and brake cannot be plugged in (in my case it didn't make much of a difference). I have eight. To run this motor, you need 48 volts, anything less and the motor will underperform, or cut out early while running. The ninth point. A circuit breaker should be installed on the positive lead of the ESC as well as a kill switch on the negative side to prevent sparks. 10*. Source Wikipedia WPHMOTO will send a detailed diagram via E-mail to you that will assist with connecting all the wiring. *** Leap 11. To use the chain, you should get a T8F rear sprocket. Any other kind will not work. As well, I recommend investing in a good chain breaker, for my purpose I used a cheap $7 one since it was only going to be used once. Below you'll find links to all of my extra parts This is 1. An example of a chain breaker is The rear sprocket on a T8F is as follows A battery pack with four 12v batteries is included There is a kill switch in each corner **Breaker** Circuit breaker The following cables connect to batteries The following are the characteristics of electric tape Please note In my opinion, this product is great as well as the others listed above. I will keep you all updated about how I use the go-kart, and I'll post a video with instructions on how everything works. I hope you all have a great day.