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bysense
  • How do we bring sensors to walk?
  • Mission Preparation
    • Conventions
    • Out of the Box
    • Select Sensors
      • Front & Back Installation
      • Core Installation
      • Foot Installation
    • Select Power Sources
    • Select Communication Sources
    • Starting Protocol
  • MISSION DEVELOPMENT
    • bysenseSim
    • Setup bysenseSDK
    • Code Examples
    • Start
    • Calibration
    • Movements
    • State estimation
    • Joint Control
  • MIssion Execution
    • Operating Indicators
    • Data Logging Mechanisms
    • System Health Monitoring
    • Error Code and Messages
    • Connectivity Checks
  • Mission Debrief
    • Post-Mission Protocol
    • Maintenance
  • Open source components
    • STEP file
    • Korpus
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On this page
  • Sensors Selection
  • Other Payload Selection for Sensing
  • Adapter Bracket Selection
  1. Mission Preparation

Select Sensors

PreviousOut of the BoxNextFront & Back Installation

Last updated 7 months ago

The main advantage of a legged system is its ability to carry payloads on uneven terrain. Therefore, we have focused on developing a highly modular system with a payload capacity to scope with any type of sensor. Unlike other systems, you can change towards all sides and through the core of the robot.

With following three steps you are able to integrate any sensor:

  1. Sensor Selection: Define your sensor for the mission

  2. Assembly with adapter bracket carrier

  3. Add to bysense and install cables

We classify the payload by its location of installation, Front & Back, Core and Feet.

Sensors Selection

Select in the first step your sensors you want to bring to walk.

Sizes, location and weights are examples of use cases and do represent typical on the market existing systems.

Other Payload Selection for Sensing

To cover a wider range of applications and use cases with bysense you have the possibility to integrate

Adapter Bracket Selection

To scope with any sensor you have following options to select the right bracket for you:

  • Take a existing adapter bracket

  • Download one of the brackets and print it

  • Design your own bracket for your desired application

Based on your sensor and bracket selection you can continue with the installation

Cover

Stereo Cameras

150 x 50 x 50mm

Front, Back & Core

75g

Cover

Cameras

80 x 80 x 80mm

Front, Back & Core

50g

Cover

3D Lidar

105 x 80 x 80mm

Core

800g

Cover

Soil Moisture Sensors

150 x 30 x 30mm

Front, Back, Core

30g

Cover

Antenna

150 x 10 x 20mm

Front, Back, Core

50g

Cover

Light Sensor

80 x 80 x 30

Front & Back

80g

Cover

Proximity Sensor

150 x 20 x 20

Front & Back

35g

Cover

Ultrasonic Sensor

60 x 15 x 15

Front & Back

15g

Cover

Pressure Sensor

150 x 45 x 45

Front & Back

75g

Cover

Gas Sensor

30 x 30 x 28

Front, Back & Core

25g

Cover

Force Sensor

80 x 80 x 30

Foot

100g

Cover

GPS

30 x 30 x 10

Core

30g

Cover

Solid State Lidar

60 x 60 x 30

Front & Back

65g

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Infrared Sensor

35 x 35 x 20

Front, Back & Core

100g

Cover

Proximity Sensor

100 x 30 x 30

Front, Back & Core

80g

Cover

Robotic Arm

Cover

Battery

Cover

Wheels on Feets

Cover

FPV Drone

Cover

Computation Unit

integration examples
three steps for integration