Rad Power RadTrike 2023: Cleaning and Protecting a Motorized Tricycle After Rain

For a Rad Power Bikes RadTrike 2023 that just came in wet, the order is short: switch the trike off, switch the battery off, wipe the frame with a clean damp cloth, dry the trike, then put anti-rust treatment on the chain and the other unpainted steel surfaces. The exception decides the rest of the job: no soaking, and never immersing or submerging the trike or any of its components, because that is the one move the manual treats as a hard stop rather than a preference.

None of this is complicated. It is a sequence, and the order carries more of the result than the products do. A trike used outdoors needs care so the elements do not damage it; what follows is that care, narrowed to the rain case and to this one model and drawn from its US owner manual. Check your own version and installed equipment before you copy anything.

What to do when the trike comes in wet

The order above is the working method for this model, and each step buys something the next one needs: power down, wipe, dry, treat. None of it calls for special gear.

Take the steps one at a time. Powering down removes the live-circuit risk while your hands and a wet cloth are on the frame. The wipe lifts road film and grit before they dry into the paint. Drying takes off the water film a rust treatment cannot work through. The anti-rust step puts a barrier back on bare steel the rain has just stripped. Jumping straight to the treatment is the common mistake, and it is the one that wastes the treatment.

The outer limit sits right alongside: never immerse or submerge the trike or any components in water or liquid, which can damage the electrical system. Put the two instructions side by side and the shape of the job appears. You are not washing a vehicle. You are getting water off and putting protection back where there is none.

The order within the wipe itself is your call, not the manufacturer's. Working top down and leaving the chain and drivetrain for last keeps grit off the frame and out of the links, and it costs nothing to do it that way.

Kill the power before you touch the frame

Why the switch comes before the cloth is not tidiness. Corrosion of electrical components can lead to permanent damage that can cause battery failure, electrical system failure, or electrical fire. Water plus an energized circuit is the failure path, which means the power-off step is the only part of this job you cannot do wet; everything after it is cloth, steel and time.

Two switches, not one. The trike and the battery are separate, so killing the display and walking away is not the same as powering the job down. If this goes into a fleet shift checklist, write it as one line — both off, then hands on the frame — because a checklist that splits the two gets half done.

Nothing in the rain instruction gives an ingress rating, a dry-down time or a voltage figure, so do not invent one from memory. The instruction is binary: powered down before the cloth, no soaking anywhere, no quick-rinse exception.

Suppose it starts drizzling again halfway through your wipe. Working faster is not the answer; the sensible move is to get the trike under cover, the same shelter the manual asks for in storage, and finish the job there.

Mild detergent, damp cloth, and the soaking rule

If the frame is genuinely grimy, apply a mild, non-corrosive detergent mixture to the damp cloth and wipe the frame. Watch where the detergent is carried: on the cloth. The delivery method is the variable here, not the soap. Detergent on a rag lifts grime and leaves the electrical components alone; the same detergent in a bucket, or pushed out of a hose, drives water toward exactly the components the rest of the instruction protects.

That reading is a judgment call, not a manufacturer instruction, and it is the one most riders get wrong. A trike that came home wet from a rain ride usually is not dirty enough to need soap at all; the rain already loosened what was on there. Save the detergent for the mud that came with the weather, and keep it on the cloth when you do use it.

The rule underneath is easy to carry around: anything that adds water to a trike has to be justified, and soap is justified only when the cloth alone will not lift what is on the frame.

Why drying comes before anti-rust treatment

Dry the trike first, then treat the chain and the unpainted steel. Sounds backwards, doesn't it? It isn't. Steel corrodes where water and oxygen reach bare iron, and an anti-rust film works by standing between the metal and the air. Lay that film over a wet surface and it seals the moisture in instead of keeping it out. The reason the order is dry-then-treat comes down to what a film can physically do: it is a barrier, not a drier. Which means the sequence is a materials constraint, not a brand preference, and no product on the shelf gets you out of it.

There is a second-order effect. Water sits in the gaps of a chain, in the folds of a joint, behind a bracket, and it keeps working after the surface looks dry. Wiping takes the standing water off the outside; the treatment then has dry steel to grip. If you have treated a chain that felt dry and watched it rust anyway, this is a likely reason.

That is also why drying belongs in the rain instruction rather than being left to common sense. A frame that has been wiped but is still wet behind the cloth looks finished and is not, which means the finish line is dry steel, not clean-looking steel.

Rust starts at the chain, the chips, bare steel

Wipe or spray all unpainted mechanical parts with anti-rust treatment. The chain and the other unpainted steel surfaces are the ones the rain instruction names, and the logic is plain once you see what paint does. Paint is the factory barrier, and it is the reason a painted fender shrugs off a wet commute while a bare chain does not.

A chain cannot hold paint and still wrap a sprocket, which means it takes a treatment film instead. A chip in the paint is a breach in that same barrier, so touch-up paint or nail polish goes on to close it before rust gets a start. Both actions are small and both have an effect worth naming: touch-up on a chip stops a pinhole from turning into a rust bloom, treatment on the chain keeps the links free, and treatment on bare fasteners keeps them removable instead of seized.

For a fleet, this is the cheapest line on the maintenance sheet. A touch-up stick and a rag with treatment are walk-around items, not a service visit; freeing a seized fastener or replacing a chain that sat wet over a weekend is the expensive version of the same job. None of it needs a technician, which means it can live in a daily check rather than a repair ticket.

Shelter, salt, and the parking decision

Store the trike under shelter and in an upright position, and keep it out of the rain and away from corrosive substances such as water, salt or de-icing substances. The salt line is the one that catches people. Beach riding, coastal areas with high-salinity fog, and surfaces treated with salt or de-icing compounds all expose the trike to substances that are very corrosive, and the answer given is to avoid those conditions rather than to clean harder afterward.

Here is where the instruction meets real life. An apartment rider with no garage, or a crew parking three trikes at a job site, may not have shelter within reach. The rain instruction does not promise an outcome for that case, and it gives no interval for re-treating the steel. Treat upright, covered, out-of-the-weather parking as the target and get as close to it as the site allows. A covered bay beats a tarp pulled over the seat, and both beat open sky.

Suppose the only space you have is a stairwell landing or a corner of a shared garage. Upright and out of the drip line is still worth doing, and a partial shelter you actually use beats a perfect one you do not.

How the four stages lock together

Read the whole job as four stages: stop, dry, seal, store. Stop is power off and no soaking. Dry is the damp-cloth wipe followed by real drying. Seal is anti-rust on unpainted parts and touch-up on chips. Store is shelter, upright, away from salt. Each stage exists because the next one fails without it.

The dependencies run one direction. Leave drying out and the treatment you just applied does the opposite of its job. Leave the seal out and the next damp morning starts the rust you just wiped for. Leave storage out and the other three get repeated after every rain, which means the sequence is only as good as its weakest stage, and for most riders the weakest stage is the parking spot, not the cloth.

That framing also settles the priority question for a fleet operator with limited time. Protecting the electrical system is a switch you flip; protecting bare steel is a rag and a bottle. They are not the same kind of task, and they fail in different ways on different schedules.

If you only have time for one stage, do the switch and the dry-off. Those two are the ones whose failures you cannot undo with a rag later; a chain that missed a treatment is a smaller problem than a frame left wet because nobody wanted to do it. That ranking is a reading of the source, not a line in it, but it follows from which failures are reversible.

So back to the trike that came home wet. It ends up parked upright under cover, powered down, wiped with a damp cloth, dried through, chain and bare steel treated, chipped paint touched up. Nothing on that list needs research or a special order. The protection is the sequence, and the water never getting to sit is the whole result.