mohammed
Member
- Region
- United Kingdom
Hello all,
I got myself an Eskuta SX-250 and want to add an extra battery to increase range.
I had an idea to use a read rack battery but they're out of stock at my usual vendor so was thinking about other ways.
The Eskuta downtube is covered by a plastic panel, see image circled in red. There is a few centimetres gap between the downtube and panel so was looking for some ideas for the best and safest way to mount a downtube battery.
I asked ChatGPT and it said following:
Is there anything the community could add to help me on this journey?
TIA!
I got myself an Eskuta SX-250 and want to add an extra battery to increase range.
I had an idea to use a read rack battery but they're out of stock at my usual vendor so was thinking about other ways.
The Eskuta downtube is covered by a plastic panel, see image circled in red. There is a few centimetres gap between the downtube and panel so was looking for some ideas for the best and safest way to mount a downtube battery.
I asked ChatGPT and it said following:
Given the gap between the down tube and the hard plastic panel on your e-bike, here are a few tailored solutions that could help securely mount the battery:
1. Custom Bracket with Spacers
- Bracket with Spacers: You can create or buy a bracket that spans the gap, using spacers or standoffs to fill the space between the down tube and the battery mount.
- Materials: Aluminum or steel spacers, rubber gaskets (to reduce vibrations), and longer bolts that can reach through the spacers to secure the battery to the down tube.
- Installation: Measure the gap and select the appropriate size spacers to fit between the panel and the down tube. Attach the battery mount over the spacers, ensuring it’s snug.
2. 3D-Printed Spacer or Mount
- Custom 3D-Printed Mount: You could design a custom spacer or even a complete mount that fits the contour of your e-bike’s plastic panel and down tube. A 3D-printed spacer could fit perfectly in the gap, providing a solid mounting surface for the battery.
- Advantages: This solution would be precise, lightweight, and allow for a seamless fit with the contours of the plastic panel and down tube.
3. Use U-Bolts or Frame Clamps
- U-Bolts or Frame Clamps: You could use U-bolts or frame clamps that go around the down tube and extend through the gap between the tube and the panel. This would give you a solid anchor point for attaching the battery mount to the frame, bypassing the need to deal with the plastic panel.
- Installation: Ensure you use protective rubber or foam padding to avoid damaging the frame or the plastic panel.
4. Foam or Rubber Padding for the Gap
- Gap Filler Padding: Use dense foam or rubber strips to fill the gap and create a flush surface for mounting. You could layer the foam between the battery bracket and the down tube to make the mount secure while reducing vibrations.
- Application: Cut the foam or rubber to size and adhere it to either the panel or the battery bracket using adhesive or strong double-sided tape. This will give you a cushioned, snug fit when bolting the battery in place.
5. Flexible Strap or Velcro Solutions
- Heavy-Duty Straps: Use heavy-duty Velcro or ratchet straps that wrap around both the down tube and the panel. This could work temporarily or as a backup securing method if the battery is already mounted loosely with brackets.
- Custom Padding: Place a thick, non-slip padding (such as rubber or foam) between the battery and the plastic panel to prevent movement and secure the battery snugly using the straps.
6. Rivnuts and Custom Mounts
- Rivnuts: If you want a permanent solution, you could consider drilling into the plastic panel to install rivnuts. Then, create a custom mounting plate that attaches the battery to the rivnuts, spanning across the gap.
- Advantages: This method would allow you to avoid clamping over the plastic, and create a solid attachment directly to the bike’s frame, without interfering with the plastic panel.
Is there anything the community could add to help me on this journey?
TIA!