Reddit reviews Topeak MTX Rear Bicycle Basket

We found 2 Reddit comments about Topeak MTX Rear Bicycle Basket. Here are the top ones, ranked by their Reddit score.

Used by both professional and amateur riders alikeMade using high quality materials and componentsTested to ensure quality and durability1600 g / 3.53 lbsWelded Metal Wire23.44 l / 1430 ci CapacityCarry HandleBasket attaches to Topeak rear racks MTX system (Fixer 6)Max Load - 7.5 kg / 16.5 lb

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2 Reddit comments about Topeak MTX Rear Bicycle Basket:

u/dcgrump · 3 pointsr/washingtondc

>Have you seen how much those things cost? I paid less for my bike. If the goal is to save money, that would defeat the purpose.

You paid less than $40 for your bike? Good for you.

You're being penny-wise and pound foolish. I have nothing else to say since you seem to have a bottomless bag of excuses.

u/bradland · 1 pointr/ebikes

I haven't found a guide that I'm really crazy about. There are too many variables to build a really nail down a DIY. Every build is unique.

In general, kits are recommended for first-time builders. You can order a rear-hub kit, then order the battery separately. I'm in the US, so my knowledge is very focused on US suppliers. If EM3ev.com ships to the UK, they're a really fantastic supplier for both hub motor kits and batteries. Especially batteries. Most hub motor kits you find are variations on the same design, just knocked-off by every other Chinese vendor.

For a delivery bike, I'd look for an inexpensive 26" hardtail MTB frame. They tend to be stronger than 700C hybrid frames, so they'll hold up better to the abuse of the extra speed that comes with an electric motor assist. Aluminum is lighter, but steel will hold up longer. Don't worry about the extra weight; you'll be adding 25 lbs of motor and battery anyway. You can add a robust rack to hold your food delivery basket. Topeak is awesome and has accessories that should work for exactly what you're trying to do. For example: https://www.amazon.com/Topeak-MTX-Rear-Bicycle-Basket/dp/B000FI6WXQ/ref=asc_df_B000FI6WXQ/

When building your kit, you'll need to figure out/look for the following:

Dropout width. Most MTBs are 135mm. You can squeeze/stretch this by 3-5mm without issue.
Make sure there is plenty of space inside the frame triangle for the battery. This is why I don't recommend full-suspension bikes. Their triangle is usually pretty cramped.
Disc brakes are nice for wet climates. Nothing like cruising along at 25 MPH only to find that your wet rim brakes take a couple of RPM to clear themselves of water before they actually stop you. Having said that, if you find a solid rim-brake equipped bike, a set of Kool Stop Salmon pads will do you just fine.
When ordering/configuring your kit, you'll have to select "freewheel" or "cassette". This has to do with how the rear chainring(s) mount. Here's an explainer: https://www.sheldonbrown.com/free-k7.html. Don't sweat this too much, because depending upon your donor bike, you might change out the rear cassette anyway.

A MAC motor kit from EM3ev would be a great fit for your purposes. Their kits are very configurable. With that motor and a CA3 (Cycle Analyst V3), you could start out with a throttle build, then add in a pedal assist system (PAS) later. The quality of the motor, controller, and CA3 is better than what you get on many store bought ebikes.

https://em3ev.com/shop/upgrade-mac-kit-with-4750v-battery-1500w-max/