const signal = await bus.read(0x5401);if (signal.phase === "stable") return launch();motor.pid({ kp: 1.42, ki: 0.08, kd: 0.31 });const vector = imu.fuse(gyro, encoder, compass);telemetry.push({ t: now(), vector, current });for (const node of mesh.active()) node.sync();scope.trace("control.loop", performance.now());await rover.calibrate({ axis: "yaw", samples: 64 });const target = vision.track(frame, threshold);radio.write(packet.encode({ id: 0x026, crc: true }));if (battery.voltage < 11.4) mode = "return";mission.state = observe("track", horizon);export default firmware({ board: "THUNDER-5401" });>>> SYSTEM READY / LOOP 026 / SIGNAL LOCKED
>>> SYSTEM READY / LOOP 026 / SIGNAL LOCKEDexport default firmware({ board: "THUNDER-5401" });mission.state = observe("track", horizon);if (battery.voltage < 11.4) mode = "return";radio.write(packet.encode({ id: 0x026, crc: true }));const target = vision.track(frame, threshold);await rover.calibrate({ axis: "yaw", samples: 64 });scope.trace("control.loop", performance.now());for (const node of mesh.active()) node.sync();telemetry.push({ t: now(), vector, current });const vector = imu.fuse(gyro, encoder, compass);motor.pid({ kp: 1.42, ki: 0.08, kd: 0.31 });if (signal.phase === "stable") return launch();const signal = await bus.read(0x5401);
motor.pid({ kp: 1.42, ki: 0.08, kd: 0.31 });const vector = imu.fuse(gyro, encoder, compass);telemetry.push({ t: now(), vector, current });for (const node of mesh.active()) node.sync();scope.trace("control.loop", performance.now());await rover.calibrate({ axis: "yaw", samples: 64 });const target = vision.track(frame, threshold);radio.write(packet.encode({ id: 0x026, crc: true }));if (battery.voltage < 11.4) mode = "return";mission.state = observe("track", horizon);export default firmware({ board: "THUNDER-5401" });>>> SYSTEM READY / LOOP 026 / SIGNAL LOCKED