Goal: Create, maintain, and distribute handheld remote controllers that are able to communicate with V2 and V3 Boosted Boards and achieve feature parity with existing Boosted remotes.

Here's what we have accomplished so far

• Made a functional circuit with a deadman switch, hall effect sensor,  and other interface components

• Tested connection stability

• Ensured software compatibility with all V2 and V3 Boosted Boards with all ride modes 1-5 on supported boards

Here's what we are in the middle of doing

• Field testing with real-world Boosted riders

• Designing physical remote shell and other mechanical components

• Designing VESC receivers

• Implement USB-C (We're still using Mini-B USB for testing purposes in current hardware revision. Boo.)

Here's what we still need to do to create our own Boosted remotes:

• Field test design of the physical remote shell and other mechanical components with real-world Boosted riders

• Pass Part 15 FCC Certification

• Determine Final MSRP (Target MSRP: $100-$150)

Goal: Create, maintain, and distribute an electronic speed controller that is able to drive Boosted motors using Boosted SR and XR batteries with Boosted remotes as an input method.

Here's what we have accomplished so far

• Made a functional circuit to drive Boosted motors and third-party motors

• Tested connection stability with V2/V3 remotes

• Ensured software compatibility with all V2 and V3 Boosted Board remotes with all ride modes 1-5 on supported boards

Here's what we are in the middle of doing

• Fine tuning acceleration and speed curves

• Connectivity stability testing in high-interference environments

• Software compatibility testing with Blast Off, Rideboost, and Ride

Here's what we still need to do to create our own ESCs:

• Ensure software compatibility SR, XR, and XR+ batteries

• Field test design of the physical remote shell and other mechanical components with real-world Boosted riders

• Pass Part 15 FCC Certification

• Determine Final MSRP

Goal: Create, maintain, and distribute firmware for existing Extended Range (XR) batteries that maintains feature parity with prior existing versions of XR battery firmware.

Here's what we have accomplished so far

• Created a software image that is able to speak to Boosted ESCs

• Enabled Bluetooth pairing initiation functionality

Here's what we are in the middle of doing

• Building full software parity with 2.5.1 and 2.1.7 firmware versions

  • Double tap to toggle Beams

  • Battery shutoff via remote

• Building software update distribution tooling so that way existing Extended Range batteries can be upgraded

Here's what we still need to do to create our own B2XR (Extended Range) Battery firmware:

• Full edge case testing

• Full DFMEA (Design Failure Mode and Effects Analysis)

• Closed beta testing