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A personal project report describes converting a Razor A5 Lux push scooter to run on a Hercules 20-volt cordless drill. Its builder says it reaches about 10 mph and travels roughly two miles on a 5-amp-hour battery, but the design was a hobby build, not a tested commercial vehicle.
A maker has converted a Razor A5 Lux push scooter into a drill-powered ride, using a Hercules 20-volt cordless drill to drive its front wheel. In a report on eddieabbondanz.io, the builder says the homemade scooter reaches about 10 mph and gets roughly two miles per 5-amp-hour battery; those figures are the builder’s estimates, not results from independent testing.
The conversion uses a keyed shaft and one-way bearings to transmit power from the drill to the front wheel while allowing the wheel to spin freely when the drill is off. The builder says the drill’s original trigger was moved to the handlebar to control acceleration. Because the trigger was not designed as a scooter throttle, the report describes it as overly sensitive, with limited ability to apply power gradually.
The builder says the drill has substantial torque and must be run on its lower speed setting. The scooter can lose speed on hills, according to the report. The rider’s usual approach is to kick-push first, then use drill power; the builder says starting under drill power can make the front wheel spin briefly before the scooter gathers speed.
The front-wheel assembly combines 3D-printed parts and metal hardware. The report says the wheel was printed in three pieces, using ASA for the wheel and TPU for the tire, with bolts and keys joining the assembly. The builder also describes extending the drill’s trigger wiring and says protective wire loom had not yet been added. The parts list includes bearings, a keyed rotary shaft, bolts, nuts and shaft collars.
What a Drill-Powered Scooter Shows
The project is a hands-on example of adapting a common cordless tool for a different use, but its reported performance should not be confused with a product specification. The builder says the conversion was undertaken for fun and convenience at autocross events, where they already used the push scooter to move around while working on the course.
For readers interested in DIY transport, the report also points to the trade-offs: a drill can provide enough power for short rides, but its trigger may be difficult to modulate, its battery life is limited, and the build includes custom mechanical and electrical work. The builder says the project did not save money compared with buying an electric scooter. The value, by the builder’s account, was the experience of making it.
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Why the Builder Modified an A5 Lux
The builder says the idea came in July after watching people use electric scooters at autocross events. They already owned a Razor A5 Lux and did not want to buy another scooter that might sit unused. The A5 Lux was not designed for an electric conversion, according to the report.
The project used parts sourced from Harbor Freight, Amazon and McMaster, along with the builder’s welder and 3D printer. The builder says there were few build notes or photos because the conversion began without a detailed plan and it was uncertain whether the setup would work. The report presents the result as an improvised personal build, rather than a tested conversion kit or a recommendation for other riders.
“It can top out at about 10mph with me onboard.”
— The builder, in the eddieabbondanz.io report
Limits of the Reported Performance
The report does not provide independent speed or range testing, the rider’s weight, route conditions, battery age, or a detailed measurement method. It also does not state the year the project began. The quoted 10 mph top speed and two-mile range should be treated as the builder’s estimates under unspecified conditions.
Further details about durability, braking performance, handling, component temperatures and long-term battery use are not given. The builder notes that the trigger wiring lacked protective loom at the time of writing, but the report does not say whether that was later addressed. It also does not establish whether the modified scooter meets any applicable rules for road or public-path use.
No Follow-Up Testing Reported
The source report does not announce a next test, further revision or commercial release. The builder says the wiring could benefit from protective loom, but gives no timeline for making that change. Any claims about improved range, reliability or safety would require additional information not included in the report.
For now, the development remains a documented one-off hobby conversion. The next useful update would be evidence from repeated rides and clearer details about the build’s operating conditions and maintenance; none is reported in the source material.
Key Questions
How fast does the drill-powered scooter go?
The builder reports a top speed of about 10 mph with the rider aboard. The source does not provide independent testing or a measurement method.
How far can it travel on one battery?
The builder estimates about two miles on a 5-amp-hour battery. The report does not specify the route, rider weight or other test conditions.
How does the drill power the scooter?
A keyed shaft and one-way bearings connect the drill to the front wheel. The one-way arrangement lets the wheel free-spin when the drill is off, according to the report.
Did the conversion cost less than buying an electric scooter?
No. The builder says the project did not save money compared with buying an electric scooter, and describes the enjoyment of building it as the payoff.
Is this a tested or commercially available scooter conversion?
The source describes a personal DIY project, not a commercial product or independently tested conversion. It does not provide certification, formal safety testing or guidance for public-road use.
Source: hn
