Skip to content

Latest commit

 

History

History
199 lines (189 loc) · 11 KB

File metadata and controls

199 lines (189 loc) · 11 KB
layout page-front
title Aerial Manipulation
page_id aerial-manipulation
redirects
/aerial-manipulation/

Aerial Manipulation

Interaction Beyond Flight

Aerial manipulation expands the role of flying robots beyond perception and motion into physical interaction. The Crazyflie®’s lightweight, modular architecture makes it ideal for exploring the control challenges and dynamics of contact-based operations and grasping in the air.

Researchers use the Crazyflie® for developing novel actuation mechanisms, adaptive control strategies, and cooperative manipulation techniques. Its open-source firmware and precise localization systems allow detailed evaluation of control responses during interaction.

Aerial Manipulation

Research Opportunities

With Crazyflie, researchers can implement and evaluate:

  • Grasping and object transport using micro-manipulators.
  • Force control and compliant interaction.
  • Collaborative manipulation with multi-drone systems.
  • Hybrid flight–contact modeling and control.
  • Aerial reconfiguration and task adaptation.
  • Physical interaction with structures and environments.

Research in Action

Aerial manipulation extends robotics beyond flight alone, combining mobility with physical interaction. Projects using Crazyflie have demonstrated payload delivery, surface interaction, and force-controlled contact using lightweight grippers and extension decks.

Why the Crazyflie®?

Fully customizable hardware extensions for manipulators.

Precise motion capture and Lighthouse integration.

Open control architecture with high-rate feedback.

Safe and repeatable indoor experimentation.

Reproducible experimental workflows across hardware, software, and localization systems.

Simulation-to-hardware validation for evaluating manipulation strategies in physical environments.

Reference Setup

Every project has unique requirements, but many share common building blocks. The configurations below provide practical starting points for aerial manipulation research, combining flight platforms, localization systems, and expansion capabilities commonly used in grasping, payload transport, and physical interaction experiments.

Lighthouse explorer bundle - Crazyflie 2.1 Brushless
Featured
Lighthouse explorer bundle - Crazyflie 2.1 Brushless

With the Lighthouse explorer bundle you'll get everything you need to try out the Lighthouse positioning system.

Shop Bundle
Lighthouse swarm bundle - Crazyflie 2.1 Brushless
Featured
Lighthouse swarm bundle - Crazyflie 2.1 Brushless

With the Lighthouse swarm bundle, you will get your very own swarm of Crazyflie Brushless.

Shop Bundle
Happy hacker bundle - Crazyflie 2.1 Brushless
Featured
Happy hacker bundle - Crazyflie 2.1 Brushless

The "Happy hacker bundle" has everything you need to get started with software, firmware and hardware development.

Shop Bundle

Related Resources

Aerial manipulation research is shaping new frontiers of autonomy and dexterity. Crazyflie provides a reproducible, open, and accessible foundation for these studies.

<script> (function () { function updateLines() { var fp = document.querySelector('.front-page'); var cta = document.getElementById('appl-cta'); if (!fp || !cta) return; var sy = window.scrollY || window.pageYOffset || 0; var fpTop = fp.getBoundingClientRect().top + sy; var ctaTop = cta.getBoundingClientRect().top + sy; // Left vertical line: navbar → top of Start Exploring fp.style.setProperty('--vline1-y', '0px'); fp.style.setProperty('--vline1-h', Math.max(0, ctaTop - fpTop) + 'px'); } function schedule() { requestAnimationFrame(updateLines); } document.addEventListener('DOMContentLoaded', schedule); window.addEventListener('load', schedule); window.addEventListener('resize', schedule); })(); </script>