VOID LAKEV5
Striving Perfection
E22-900M30S
915Mhz Long Range Radio (LoRa)
30db transmission power
62kbps maximum bandwidth
BMP280
Pressure sensor
100hz sampling rate
9km maximum altitude
MPU6050
6-axis inertial measurement unit (IMU)
1000Hz sampling rate
±16g max acceleration
NEO-7M
GNSS receiver
Supports GPS & GLONASS
2m accuracy
Raspberry Pi Zero 2 W
Single Board Computer (SBC)
Running custom control software
4 Cortex-A53 @ 1GHz
Wi-Fi enabled
LM2596
DC-DC switching regulator
7-40V input voltage
80% efficiency
Parachute E-Match
Connector
3A maximum current
GPIO & I2C
Extension
TVC capable PWM output
Data Flow
Gyroscope
Accelerometer
GPS
Barometer
Orientation
Velocity
Altitude
Position
Sensor Fusion
Local Files
Delta Compression
Variable Bit Length Compression
Telemetry
VLPVoid Lake Protocol
Our in-house communication protocol over bandwidth constrained mediums.
Handshake
Exchanges session key to defend against replay attacks.
Encryption
Uses AES encryption for all control related packages to prevent malicious commands.
Low Overhead
Only adds 3 bytes on each package.
Auto Reconnect
Ability to resume connection even after a power loss.
Reliable
Employs ACK package and auto resend to maximize reliability.
Compression
Utilizes delta compression and variable bit length to achieve around 80% compression ratio.
