Custom project

Sussex university bumble bee & ant simulator

Developed for the University of Sussex CNNR, this system simulates bumble bee flight paths and ant trajectories using insect-based neurological algorithms.
Labman custom system: Sussex university bumble bee & ant simulator

Key features

Large Walk In WorkspaceLarge open ‘walk-in’ workspace 4000 \* 3500 \* 2000mm
Servo-Motor AxesServo-motor driven 3m/sec axes
Axis Move ErrorAxis move error of less than +/- 0.1mm
Interchangable Camera SystemsInterchangable camera systems
Safety Lookout SwitchesSafety lockout switches for safe entry into the system
Move CorrectionsUp to 100 move corrections per second
Live Video StreamLive video stream to control PC


System Overview.

This system allows simulations of bumble bee flight paths and ant trajectories to be performed. The system was designed for the University of Sussex CCNR (Centre for Computational Neuroscience and Robotics) who are conducting ongoing research into the behaviour of bumble bee and ant brains. In particular, the research is focusing on the visual navigation of these animals through large scale environments. Neurological algorithms representing a bees’ brain are loaded into the system and over time evolved into more complex control systems. A number of cameras can be mounted on the end of the Z axis to allow visual feedback from the ‘simulated bee/ant’ to be analysed and a decision made based on the available visual data. The robot is a large XYZ gantry system (4000 * 3500 * 2500mm) with an open workspace allowing the camera to be moved freely throughout the system. Images from the cameras are captured by the control PC, processed and analysed in real-time to determine the next decision to make and where to move the robot axes. OpenGL (3D computer graphics) simulations of the robot are performed in real-time as the robot moves about the workspace to detect possible collisions during the dynamic vision based moves.

“The newest model of TIDAS instruments is being put through rigorous evaluation and constant use. The upgrades to the software and automatic draw-down device have made this newest member of the TIDAS family an indispensable must have. The results obtained from the TIDAS instruments have made it easy to show our customers the reality of lab grind analysis without putting o a lab coat, for this we are grateful. Thanks to the Labman team for the great support and superb customer service. The transition from installation to full practice was a snap.”
— Jose AbrantesTechnical Market Manager



Other projects you may be interested in

We have crafted hundreds of groundbreaking technologies for laboratories across the globe. Each one showcases Labman's distinctive expertise in tailoring designs to specific workflows and seamlessly integrating familiar tools through automation.
Explore our portfolio

Let’s get your project off the ground

Join the world’s leading companies already leveraging the power of Labman’s technology.
logo for the company sampled with black text and colouful shapesEvonik company logoLeibniz Institute of Plant Biochemistry company logologo for rxPack with black and grey writingMichigan State University company logo