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Releases: League-Robotics/pxt-nezbot
Release list
v0.20261005.2
The calibration image — micro:bit V2 firmware carrying the
calwheels and calturn routines for measuring a robot's wheel
travel and effective track width. One image runs on any Nezha board.
To flash: download pxt-nezbot-v0.20261005.2.hex, plug the micro:bit in over USB, and
drag the file onto the MICROBIT drive.
MICROBIT.hex is the same image under the fixed name the robot
console fetches by, and MICROBIT.hex.txt is its sha256 manifest.
Flashing by hand? Take pxt-nezbot-v0.20261005.2.hex.
| Profile on the wire | calibration-0.20261005.2 |
| Commit | e20b1c5b23adb11ace734bcec6e0b703a6070090 |
| DiffDrive extension | github:League-Robotics/pxt-nezha-diffdrive#v1.20261005.1 |
| Built | 2026-10-05 15:54 UTC |
Ask a flashed board what it is running with mbdeploy connect <board> ID;
the second field is the profile above.
The robot answers on the radio, on the channel and group its own name
derives: channel 11 + n % 73, group 15 + n % 241 (radio-robot-lib
docs/design/radio-addressing.md). Tune a relay with !N <name>.
WiFi uses only flash-backed credentials. After flashing, provision the
board over USB or radio with WIFICRED SET, then reset it and verify
discovery with rogo --discover <board>. Flashing erases stored credentials.
v0.20261005.1
The calibration image — micro:bit V2 firmware carrying the
calwheels and calturn routines for measuring a robot's wheel
travel and effective track width. One image runs on any Nezha board.
To flash: download pxt-nezbot-v0.20261005.1.hex, plug the micro:bit in over USB, and
drag the file onto the MICROBIT drive.
MICROBIT.hex is the same image under the fixed name the robot
console fetches by, and MICROBIT.hex.txt is its sha256 manifest.
Flashing by hand? Take pxt-nezbot-v0.20261005.1.hex.
| Profile on the wire | calibration-0.20261005.1 |
| Commit | e0f9d45e0751907d76da6239adb5803458029d4c |
| DiffDrive extension | github:League-Robotics/pxt-nezha-diffdrive#v1.20261004.5 |
| Built | 2026-10-05 00:06 UTC |
Ask a flashed board what it is running with mbdeploy connect <board> ID;
the second field is the profile above.
The robot answers on the radio, on the channel and group its own name
derives: channel 11 + n % 73, group 15 + n % 241 (radio-robot-lib
docs/design/radio-addressing.md). Tune a relay with !N <name>.
WiFi uses only flash-backed credentials. After flashing, provision the
board over USB or radio with WIFICRED SET, then reset it and verify
discovery with rogo --discover <board>. Flashing erases stored credentials.
v0.20261004.7
The calibration image — micro:bit V2 firmware carrying the
calwheels and calturn routines for measuring a robot's wheel
travel and effective track width. One image runs on any Nezha board.
To flash: download pxt-nezbot-v0.20261004.7.hex, plug the micro:bit in over USB, and
drag the file onto the MICROBIT drive.
MICROBIT.hex is the same image under the fixed name the robot
console fetches by, and MICROBIT.hex.txt is its sha256 manifest.
Flashing by hand? Take pxt-nezbot-v0.20261004.7.hex.
| Profile on the wire | calibration-0.20261004.7 |
| Commit | c1e336e1cfd17d93063755a00fe5b4cfeb1aaee5 |
| DiffDrive extension | github:League-Robotics/pxt-nezha-diffdrive#v1.20261004.4 |
| Built | 2026-10-05 00:00 UTC |
Ask a flashed board what it is running with mbdeploy connect <board> ID;
the second field is the profile above.
The robot answers on the radio, on the channel and group its own name
derives: channel 11 + n % 73, group 15 + n % 241 (radio-robot-lib
docs/design/radio-addressing.md). Tune a relay with !N <name>.
WiFi uses only flash-backed credentials. After flashing, provision the
board over USB or radio with WIFICRED SET, then reset it and verify
discovery with rogo --discover <board>. Flashing erases stored credentials.
v0.20261004.6
The calibration image — micro:bit V2 firmware carrying the
calwheels and calturn routines for measuring a robot's wheel
travel and effective track width. One image runs on any Nezha board.
To flash: download pxt-nezbot-v0.20261004.6.hex, plug the micro:bit in over USB, and
drag the file onto the MICROBIT drive.
MICROBIT.hex is the same image under the fixed name the robot
console fetches by, and MICROBIT.hex.txt is its sha256 manifest.
Flashing by hand? Take pxt-nezbot-v0.20261004.6.hex.
| Profile on the wire | calibration-0.20261004.6 |
| Commit | 89dd4a081200a615a937db06af8e164e1b4ac13e |
| DiffDrive extension | github:League-Robotics/pxt-nezha-diffdrive#v1.20261004.4 |
| Built | 2026-10-04 23:57 UTC |
Ask a flashed board what it is running with mbdeploy connect <board> ID;
the second field is the profile above.
The robot answers on the radio, on the channel and group its own name
derives: channel 11 + n % 73, group 15 + n % 241 (radio-robot-lib
docs/design/radio-addressing.md). Tune a relay with !N <name>.
WiFi uses only flash-backed credentials. After flashing, provision the
board over USB or radio with WIFICRED SET, then reset it and verify
discovery with rogo --discover <board>. Flashing erases stored credentials.
v0.20261004.5
The calibration image — micro:bit V2 firmware carrying the
calwheels and calturn routines for measuring a robot's wheel
travel and effective track width. One image runs on any Nezha board.
To flash: download pxt-nezbot-v0.20261004.5.hex, plug the micro:bit in over USB, and
drag the file onto the MICROBIT drive.
MICROBIT.hex is the same image under the fixed name the robot
console fetches by, and MICROBIT.hex.txt is its sha256 manifest.
Flashing by hand? Take pxt-nezbot-v0.20261004.5.hex.
| Profile on the wire | calibration-0.20261004.5 |
| Commit | a00ad8a5fd111cb9a097b66a5b02d5f533d7db3d |
| DiffDrive extension | github:League-Robotics/pxt-nezha-diffdrive#v1.20261004.3 |
| Built | 2026-10-04 23:44 UTC |
Ask a flashed board what it is running with mbdeploy connect <board> ID;
the second field is the profile above.
The robot answers on the radio, on the channel and group its own name
derives: channel 11 + n % 73, group 15 + n % 241 (radio-robot-lib
docs/design/radio-addressing.md). Tune a relay with !N <name>.
WiFi uses only flash-backed credentials. After flashing, provision the
board over USB or radio with WIFICRED SET, then reset it and verify
discovery with rogo --discover <board>. Flashing erases stored credentials.
v0.20261004.4
The calibration image — micro:bit V2 firmware carrying the
calwheels and calturn routines for measuring a robot's wheel
travel and effective track width. One image runs on any Nezha board.
To flash: download pxt-nezbot-v0.20261004.4.hex, plug the micro:bit in over USB, and
drag the file onto the MICROBIT drive.
MICROBIT.hex is the same image under the fixed name the robot
console fetches by, and MICROBIT.hex.txt is its sha256 manifest.
Flashing by hand? Take pxt-nezbot-v0.20261004.4.hex.
| Profile on the wire | calibration-0.20261004.4 |
| Commit | 4df85112506efefe1f63b1bb2c137cc618fa024a |
| DiffDrive extension | github:League-Robotics/pxt-nezha-diffdrive#v1.20261004.2 |
| Built | 2026-10-04 19:42 UTC |
Ask a flashed board what it is running with mbdeploy connect <board> ID;
the second field is the profile above.
The robot answers on the radio, on the channel and group its own name
derives: channel 11 + n % 73, group 15 + n % 241 (radio-robot-lib
docs/design/radio-addressing.md). Tune a relay with !N <name>.
WiFi uses only flash-backed credentials. After flashing, provision the
board over USB or radio with WIFICRED SET, then reset it and verify
discovery with rogo --discover <board>. Flashing erases stored credentials.
v0.20261004.3
The calibration image — micro:bit V2 firmware carrying the
calwheels and calturn routines for measuring a robot's wheel
travel and effective track width. One image runs on any Nezha board.
To flash: download pxt-nezbot-v0.20261004.3.hex, plug the micro:bit in over USB, and
drag the file onto the MICROBIT drive.
MICROBIT.hex is the same image under the fixed name the robot
console fetches by, and MICROBIT.hex.txt is its sha256 manifest.
Flashing by hand? Take pxt-nezbot-v0.20261004.3.hex.
| Profile on the wire | calibration-0.20261004.3 |
| Commit | fcf8feec8ed300953621be9b0ca6cce246fea6a7 |
| DiffDrive extension | github:League-Robotics/pxt-nezha-diffdrive#v1.20261004.1 |
| Built | 2026-10-04 19:32 UTC |
Ask a flashed board what it is running with mbdeploy connect <board> ID;
the second field is the profile above.
The robot answers on the radio, on the channel and group its own name
derives: channel 11 + n % 73, group 15 + n % 241 (radio-robot-lib
docs/design/radio-addressing.md). Tune a relay with !N <name>.
WiFi uses only flash-backed credentials. After flashing, provision the
board over USB or radio with WIFICRED SET, then reset it and verify
discovery with rogo --discover <board>. Flashing erases stored credentials.
v0.20261004.2
The calibration image — micro:bit V2 firmware carrying the
calwheels and calturn routines for measuring a robot's wheel
travel and effective track width. One image runs on any Nezha board.
To flash: download pxt-nezbot-v0.20261004.2.hex, plug the micro:bit in over USB, and
drag the file onto the MICROBIT drive.
MICROBIT.hex is the same image under the fixed name the robot
console fetches by, and MICROBIT.hex.txt is its sha256 manifest.
Flashing by hand? Take pxt-nezbot-v0.20261004.2.hex.
| Profile on the wire | calibration-0.20261004.2 |
| Commit | 3ae5fd475be95c32f8f0bd2ffab063ead98aad74 |
| DiffDrive extension | github:League-Robotics/pxt-nezha-diffdrive#v1.20261002.1 |
| Built | 2026-10-04 19:17 UTC |
Ask a flashed board what it is running with mbdeploy connect <board> ID;
the second field is the profile above.
The robot answers on the radio, on the channel and group its own name
derives: channel 11 + n % 73, group 15 + n % 241 (radio-robot-lib
docs/design/radio-addressing.md). Tune a relay with !N <name>.
WiFi uses only flash-backed credentials. After flashing, provision the
board over USB or radio with WIFICRED SET, then reset it and verify
discovery with rogo --discover <board>. Flashing erases stored credentials.
v0.20261004.1
The calibration image — micro:bit V2 firmware carrying the
calwheels and calturn routines for measuring a robot's wheel
travel and effective track width. One image runs on any Nezha board.
To flash: download pxt-nezbot-v0.20261004.1.hex, plug the micro:bit in over USB, and
drag the file onto the MICROBIT drive.
MICROBIT.hex is the same image under the fixed name the robot
console fetches by, and MICROBIT.hex.txt is its sha256 manifest.
Flashing by hand? Take pxt-nezbot-v0.20261004.1.hex.
| Profile on the wire | calibration-0.20261004.1 |
| Commit | e0a88b806942a57f1cb3e75ab0fa5edb8004b4eb |
| DiffDrive extension | github:League-Robotics/pxt-nezha-diffdrive#v1.20261002.1 |
| Built | 2026-10-04 18:53 UTC |
Ask a flashed board what it is running with mbdeploy connect <board> ID;
the second field is the profile above.
The robot answers on the radio, on the channel and group its own name
derives: channel 11 + n % 73, group 15 + n % 241 (radio-robot-lib
docs/design/radio-addressing.md). Tune a relay with !N <name>.
WiFi uses only flash-backed credentials. After flashing, provision the
board over USB or radio with WIFICRED SET, then reset it and verify
discovery with rogo --discover <board>. Flashing erases stored credentials.
v0.20261002.1
The calibration image — micro:bit V2 firmware carrying the
calwheels and calturn routines for measuring a robot's wheel
travel and effective track width. One image runs on any Nezha board.
To flash: download nezha-robot-template-v0.20261002.1.hex, plug the micro:bit in over USB, and
drag the file onto the MICROBIT drive.
MICROBIT.hex is the same image under the fixed name the robot
console fetches by, and MICROBIT.hex.txt is its sha256 manifest.
Flashing by hand? Take nezha-robot-template-v0.20261002.1.hex.
| Profile on the wire | calibration-0.20261002.1 |
| Commit | d264893fde2fec97828f21ad4e44a9dc2b1bd609 |
| DiffDrive extension | github:League-Robotics/pxt-nezha-diffdrive#v1.20261002.1 |
| Built | 2026-10-02 23:31 UTC |
Ask a flashed board what it is running with mbdeploy connect <board> ID;
the second field is the profile above.
The robot answers on the radio, on the channel and group its own name
derives: channel 11 + n % 73, group 15 + n % 241 (radio-robot-lib
docs/design/radio-addressing.md). Tune a relay with !N <name>.
WiFi uses only flash-backed credentials. After flashing, provision the
board over USB or radio with WIFICRED SET, then reset it and verify
discovery with rogo --discover <board>. Flashing erases stored credentials.