Can You Use a Onewheel Pint Battery Module With a Flipsky ESC?

Learn if a Onewheel Pint battery module works with Flipsky ESCs, including voltage compatibility, wiring tips, and which ESC to choose.

Updated 5 Sep 2026 5 min read 9 sections

Yes, you can use a onewheel pint battery module with a Flipsky ESC, but you need to confirm the voltage match, connector compatibility, and BMS communication before you start wiring. The Onewheel Pint battery module is a 15S (63V nominal) lithium-ion pack with an integrated BMS, while most Flipsky ESCs like the 75100 and FT85BD are designed for 12S (50.4V) or higher.

The appeal is obvious: the Pint pack is compact, reasonably priced, and widely available as a onewheel pint battery for sale through various channels. But the real question is whether it plays nicely with a VESC based ESC. Let us break it down.

Understanding the Onewheel Pint Battery Module Specs

The Onewheel Pint battery module is a 15S (15 cells in series) lithium-ion pack. That means its nominal voltage is 63V (15 x 4.2V), and it charges to a full 63V. The pack uses a proprietary connector and includes an integrated BMS (Battery Management System) that handles cell balancing, overcurrent protection, and low voltage cutoff. If you are researching onewheel pint battery replacement cost, the module itself is the most expensive part of a repair, but it is a self-contained unit that simplifies the hardware side.

The key specs you need to know:

Configuration: 15S1P (15 series, 1 parallel)
Nominal voltage: 63V
Full charge voltage: 63V
Capacity: Approximately 148Wh (varies by revision)
BMS: Integrated, communicates with the Onewheel controller via a proprietary protocol

Voltage Compatibility With Flipsky ESCs

MAXKGO Flipsky 75100 high-power electronic speed controller — Flipsky 75100$88.00Image from the merchant

Most Flipsky ESCs, including the flipsky 75100 and the flipsky ft85bd, are rated for 12S to 13S input voltage (up to about 54.6V). The Onewheel Pint battery module pushes 63V at full charge, which exceeds the maximum input voltage of these controllers. This is the single biggest hurdle.

If you connect a 15S pack directly to a 12S rated ESC, you risk damaging the MOSFETs, capacitors, and the onboard voltage regulators. The 12s esc options from Flipsky are explicitly designed for 12S LiPo or Li-ion packs, not 15S.

However, some higher voltage Flipsky models (like the FSESC 6.6 or certain 100V rated VESC units) can handle 15S voltage. You would need to confirm the specific ESC’s maximum input voltage rating. The 80a 4 in 1 esc and other 4 in 1 esc options vary in their voltage range, so always check the datasheet.

Connector and Wiring Considerations

The Onewheel Pint battery module uses a proprietary JST style connector that is not compatible with standard VESC or Flipsky ESC input connectors. You will need to either:

Cut and solder the pack wires to a compatible connector (XT60 or XT90 are common)
Build an adapter harness

MAXKGO 4-in-1 ESC electronic speed controller for drones — 4 1 esc$51.60Image from the merchant

We recommend using an XT60 connector for most Flipsky setups. The pack’s discharge wires are 14 AWG, which is sufficient for moderate current draws (up to about 30A continuous). If you plan to use a high power 4 1 esc in a heavy build, consider upgrading to 12 AWG wire.

BMS Communication and Fault Protection

The integrated BMS in the Onewheel Pint battery module communicates with the original Onewheel controller over a proprietary protocol. When you connect it to a Flipsky ESC, the BMS will still handle basic protection functions (overcurrent, short circuit, over-discharge) independently. But you will lose the advanced monitoring features like cell voltage reporting, state of charge, and fault diagnostics.

MAXKGO LTC6813 multicell battery stack monitor integrated circuit — Ltc6813$114.92Image from the merchant

For a DIY build, this is manageable. You can monitor pack voltage directly through the ESC’s ADC input if you wire a voltage divider correctly. The ltc6813 is a great chip for battery monitoring if you want to build a custom BMS solution, but for most users, the stock pack BMS will work fine as a standalone protector.

If you want a more flexible BMS for a DIY project, consider the 4 bms kart which offers adjustable parameters and better compatibility with VESC based systems.

Step by Step: How to Connect a Onewheel Pint Battery Module to a Flipsky ESC

Here is the process we follow in our shop:

MAXKGO AM32 Configurator ESC firmware programming tool interface — Am32 configurator$2.90Image from the merchant

Verify your ESC voltage rating. If your Flipsky ESC is rated for 12S max, you cannot use the 15S Pint pack without risk. Look for ESCs rated for 16S or higher.
Disconnect the original connector. Carefully cut the proprietary JST connector from the battery module wires, leaving enough length to solder.
Tin the wires and solder an XT60 connector. Observe polarity: red is positive, black is negative.
Connect the XT60 to the ESC input. If your ESC uses a different connector, use an adapter.
Power on the ESC using the AM32 configurator or VESC Tool. The am32 configurator is a free tool that works with many Flipsky ESCs to set motor parameters, battery cutoff voltage, and current limits.
Set the low voltage cutoff. For a 15S pack, set the cutoff around 48V (3.2V per cell) to protect the battery.
Test with no load first. Spin the motor gently to confirm the ESC does not fault.

Performance and Range Expectations

Using a Onewheel Pint battery module with a Flipsky ESC will give you a voltage range of 63V (full) down to about 48V (cutoff). That is a usable voltage window of roughly 15V. For a typical electric skateboard or scooter, this translates to decent range but not exceptional. The Pint pack is only about 148Wh, so expect 5 to 10 miles depending on rider weight, terrain, and speed.

If you need more range, look into the onewheel pint battery upgrade guides that show how to add parallel cells or use a higher capacity pack. The stock module is great for lightweight builds, but heavier riders or hill climbers will want a larger pack.

Where to Find a Onewheel Pint Battery Module

If you are looking for a onewheel pint battery for sale, the official Parts page is the most reliable source. You can also find used modules on eBay or through repair services like Fix My PEV. Prices vary, but the onewheel pint battery replacement cost is typically between $150 and $300 depending on the source and condition.

We always recommend buying a new, genuine module to avoid the risks of degraded cells or damaged BMS in used units. For the best price on this and compatible Flipsky ESCs, grab the code for 2% off your entire order.

Which Flipsky ESC Works Best With the Pint Battery Module?

These are among the best Flipsky ESC options for pairing with a 15S battery:

ESC Model	Max Voltage	Best For	Notes
flipsky 75100	12S (54.6V)	Light builds	Does NOT support 15S directly
flipsky ft85bd	12S (54.6V)	Street boards	Does NOT support 15S directly
80a 4 in 1 esc	16S (67.2V)	All terrain builds	Supports 15S, our top pick
4 in 1 esc	12S (54.6V)	Compact builds	Does NOT support 15S

For a 15S Onewheel Pint battery module, we recommend the 80a 4 in 1 esc because it is rated for 16S input and offers four motor channels for dual or triple motor setups. The 4 1 esc is also a solid option if you want a single motor build with room to grow.

Final Verdict

Using a onewheel pint battery module with a Flipsky ESC is possible, but only if you choose an ESC that supports 15S or higher input voltage. The stock Pint pack is a well built, compact 63V battery that works great for DIY projects, but you must handle the connector conversion and voltage cutoff settings carefully. For most riders, the 80a 4 in 1 esc is the safest pairing. Always double check your ESC’s voltage rating before connecting, and check the latest price on compatible ESCs and accessories before you buy.

Questions

What voltage is the Onewheel Pint battery module?

The Onewheel Pint battery module is a 15S pack with a nominal voltage of 63V and a full charge voltage of 63V. It is a 15S1P configuration.

Can I use a Flipsky 75100 with a Onewheel Pint battery module?

No, the Flipsky 75100 is rated for 12S (54.6V max), and the Pint module is 15S (63V). Using them together will damage the ESC. You need a 16S rated ESC instead.

Where can I buy a Onewheel Pint battery module for a DIY build?

You can find the module on the official Onewheel parts page, through eBay, or from repair services like Fix My PEV. We recommend buying new to avoid degraded cells.

Do I need to change the connector on the Onewheel Pint battery module?

Yes, the module uses a proprietary JST connector. You will need to cut it off and solder an XT60 or XT90 connector to match your Flipsky ESC input.

What Flipsky ESC is compatible with a 15S battery like the Onewheel Pint module?

The 80a 4 in 1 ESC is rated for 16S input and works well with the 15S Pint module. The flipsky ft85bd and 75100 are not compatible due to voltage limits.

Will the BMS in the Onewheel Pint battery module work with a Flipsky ESC?

The BMS will still provide overcurrent and overdischarge protection, but advanced monitoring features like cell voltage reporting will not be accessible through the Flipsky ESC without a custom adapter.