BoniRob

Adaptable multi-purpose robotic platform

BoniRob is a multi-purpose robotic platform for applications in agriculture. Its four independently steerable drive wheels and the ability to adjust its trackwidth make BoniRob highly maneuverable.

BoniRob can be run purely on batteries or connected to a generator to extend its range and usage time.

BoniRob can be retrofitted and upgraded with exchangeable application modules (tools).

BoniRob can navigate autonomously along plant rows (e.g. dams) in the field, carrying the application module (tool) as it goes.

Environmental sensors (e.g. Lidar), inertial sensors, wheel odometry and (optionally) GPS are mounted for row detection and navigation.

Functions that make BoniRob versatile and easy to use:

  • Powerful simulation and development environment
  • Software libraries with intelligent mobility functions
  • Interfaces for extending and adapting the machine
  • Data logging and management capabilities

To develop suitable functional modules, the applied research requires multi-functional platforms with the following capabilities:

  • High maneuverability and adaptability
  • Suitability for use in harsh environmental conditions
  • Equipped with basic functions (e.g. intelligent mobility functions, navigation functions)
  • Interfaces for extensions and easy programmability

BoniRob in use

BoniRob navigates on rows

Technology blocks

  • Application module with penetrometer in order to measure soil compaction

  • Automated field testing

  • Mechanical stamp actuator

  • In action!

Current News

10/14/2015

Bosch officially opens new research campus in Renningen

A completely new work environment for creative minds: with its Renningen research campus, Bosch wants to encourage interdisciplinary collaboration, and in this way further enhance its innovative strength ...

10/8/2015

Intelligence for the fields: Bosch robot gets rid of weeds automatically and without herbicides

Back in 1950, a farmer would have been able to grow around 2,500 kilograms of wheat per hectare of cropland. Today, that figure has more than tripled. Advances in plant breeding...

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