Wondering which motor is right for your e-bike? 🤔 Check out our latest guide on the key differences between brushed and brushless motors, and find out which one offers better efficiency, performance, and less maintenance! 💡 Whether you’re a casual rider or a pro, we've got the info you need! 🔋⚡️

👉 Read more: https://electricbikeexplorer.com/brushed-vs-brushless-e-bike-motors/

#EBike #ElectricBike #BrushlessMotor #BrushedMotor #CyclingTech #BikePerformance #EbikeLife #SustainableTransport #CyclingCommunity #GreenTech

@varx

Do their exposed ends touch something metal when the case is reassembled?

Because they look like they could be motor brushes, which carry electricity down onto the contacts on the motor rotor. Those are made of graphite and a secret blend of herbs and spices, and definitely qualify as "kinda granular". Usually the electricity gets to the brushes via a little spring they're mounted on, which pushes them against the rotor, but it can be done other ways too.

#BrushedMotor #MotorBrush

3D Print Yourself These Mini Workshop Tools

Kitting out a full workshop can be expensive, but if you’re only working on small things, it can also be overkill. Indeed, if your machining tends towards the miniature, consider building you…

Hackaday

Heavy-Duty Starter Motor Powers An Awesome Drift Trike

Starter motors aren't typically a great choice for motorized projects, as they're designed to give engines a big strong kick for a few seconds. Driving them continuously can often quickly overheat them and burn them out. However, [Austin Blake] demonstrates that by choosing parts carefully, you can indeed have some fun with a starter motor-powered ride.

[Austin] decided to equip his drift trike with a 42MT-equivalent starter motor typically used in heavy construction machinery. The motor was first stripped of its solenoid mechanism, which is used to disengage the starter from an engine after it has started. The housing was then machined down to make the motor smaller, and a mount designed to hold the starter on the drift trike's frame.

A 36V battery pack was whipped up using some cells [Austin] had lying around, and fitted with a BMS for safe charging. The 12V starter can draw up to 1650 amps when cranking an engine, though the battery pack can only safely deliver 120 amps continuously. A Kelly controller for brushed DC motors was used, set up with a current limit to protect the battery from excessive current draw.

The hefty motor weighs around 50 pounds, and is by no way the lightest or most efficient drive solution out there. However, [Austin] reports that it has held up just fine in 20 minutes of near-continuous testing, despite being overvolted well beyond its design specification. The fact it's operating at a tenth of its rated current may also have something to do with its longevity. It also bears noting that many YouTube EVs die shortly after they're posted. Your mileage may vary.

For a more modern solution, you might consider converting an alternator into a brushless electric motor. Video after the break.

#mischacks #brushedmotor #drifttrike #electricmotor #startermotor

Heavy-Duty Starter Motor Powers An Awesome Drift Trike

Starter motors aren’t typically a great choice for motorized projects, as they’re designed to give engines a big strong kick for a few seconds. Driving them continuously can often quick…

Hackaday

Low Buck PVC ROV IS Definitely a MVP

Do you have a hundred bucks and some time to kill? [Peter Sripol] invites you to come along with him and build a remotely operated submarine with only the most basic, easily accessible parts, as you can see in the video below the break.

Using nothing more than PVC pipe, an Ethernet cable, and a very basic electrical system, [Peter] has built a real MVP of a submarine. No, not Most Valuable Player; Minimum Viable Product. You see, there's not a microcontroller, motor controller, sensor, or MOSFET to be found except for that which might reside inside the knock-off GoPro style camera which is encased in a candle wax sealed enclosure.

Instead, simple brushed motors live right out in the open water. Single pole double throw switches are connected to 100 feet of Ethernet cable and control the relays powering thee motors. The camera signal is brought back to the controller through the same cable. Simple is the key to the build, and we have to admit that for all of its Minimum Viability, the little ROV has a lot going for it. [Peter] even manages to use the little craft to find and make possible the retrieval of a crustacean encrusted shopping cart from a saltwater canal. Not bad, little rover, not bad.

Also noteworthy is that the video below has its own PVC ROV Sea Shanty, which is something you just don't hear every day.

Underwater ROV builds are the sort of thing almost every hacker thinks about doing at least once, and some hackers even include Lego, magnets, and balloons in their builds!

#mischacks #brushedmotor #dcbrushedmotor #ethernetcable #ethernetcablehack #pcv #rov #seashanty #submarine

Low Buck PVC ROV IS Definitely A MVP

Do you have a hundred bucks and some time to kill? [Peter Sripol] invites you to come along with him and build a remotely operated submarine with only the most basic, easily accessible parts, as yo…

Hackaday

The top speed is similar but the acceleration is much better, especially the low end when it's just starting to move.

I'm guessing it's mostly because the new motor is larger, but the stock motor only uses thin sheet metal brushes and they and the commutator were already pretty oxidized despite only having been run a handful of times.

The other benefit is now that the chassis has been modified, I can use faster motors. The one in there now is a 70 turn but 50, 35, and 28 turn motors are also available if I wanted to risk blowong up the smol gears in the gearbox.

#BrushedMotor

540
550
*monster truck announcer guy voice* 775 chomnker

#BrushedMotor

Some good ol' fashioned #BrushedMotor break-in

#RCCars