DLR SpaceBot Camp - robotics.estec.esa.int › ASTRA › Astra2017... · Look for partners and go...
Transcript of DLR SpaceBot Camp - robotics.estec.esa.int › ASTRA › Astra2017... · Look for partners and go...
DLR SpaceBot Camp
The Evolution of Germany’s Space Robotics Competition
> ASTRA 2017 > Thilo Kaupisch • DLR SpaceBot Camp > 21.06.2017 DLR.de • Chart 1
T. Kaupisch, A. Arghir German Aerospace Center (DLR) Space Administration
• SpaceBot Cup
• Facts
• SpaceBot Camp 2015
• Results
• Lessons Learned
• SpaceBot Cup Next
> ASTRA 2017 > Thilo Kaupisch • DLR SpaceBot Camp > 21.06.2017 DLR.de • Chart 2
> ASTRA 2015 > Thilo Kaupisch • DLR SpaceBot Cup > xx.05.2015 DLR.de • Chart 3
DLR SpaceBot Cup 2013 - Facts
• First German space robotics competition
• Time frame: 1 May 2013 – 30 November 2013; Event: 11/12 November 2013
• 10 participants
• Up to 50.000,- € funding per team
• Universities, research institutes and SMEs
• Scenario „Planetary exploration with infrastructure assembly“
• Navigate
• Plan
• Traverse
• Explore
• Manipulation of geometric objects up to 800g
• No GPS
• System mass 100kg max
• Delay in communication of 2 s
> ASTRA 2015 > Thilo Kaupisch • DLR SpaceBot Cup > 12.05.2015 DLR.de • Chart 5
DLR.de • Chart 7 > ASTRA 2017 > Thilo Kaupisch • DLR SpaceBot Camp > 21.06.2017
Results
• All teams delivered capable solutions
• Mobility, manipulation, sensors sufficient for the given task
• Autonomy and communications showed to be critical
• No ranking for 2013 due to strong variation in performance
• Lessons learned were collected from participants, jury and
organizers
• The Federal Ministry for Economic Affairs and Energy and
DLR Space Administration decided to continue the SpaceBot Cup
> ASTRA 2017 > Thilo Kaupisch • DLR SpaceBot Camp > 21.06.2017 DLR.de • Chart 8
> ASTRA 2015 > Thilo Kaupisch • DLR SpaceBot Cup > xx.05.2015 DLR.de • Chart 9
Lessons Learned
• Time - In 9 month most of the work goes into engineering and building a capable system. Quality
management and testing however become secondary objectives. Full year time
• Testing - Rigorous testing for performance and compatibility eliminates most preventable sources of error.
• Communication - To have a clear understanding of the mission and foreseeable demands is key to mission
success. Open discussion forum, 3 Reviews/Consulting events
• Qualification - A ”pre-flight test” a reasonable amount of time before the competition shall give a clear picture
on requirement compliance.
• strive for the “DARPA Grand Challenge”-Effect
> ASTRA 2017 > Thilo Kaupisch • DLR SpaceBot Camp > 21.06.2017 DLR.de • Chart 10
DLR SpaceBot Cup 2015
• Time frame: December 2014 – November 2015; Event: 13. November 2015
• 10 starting positions
• Up to 50.000,- € funding per Team
• Universities, research institutes and SMEs
• Same Scenario „Planetary exploration with infrastructure assembly“
• Navigate, plan, traverse, explore, manipulate
• + focus on autonomy performance
• + focus on mission aspects (e.g. communication)
• + soil sampling
• Goals:
• Assess capability of SMEs and academia in planetary robotics
• Rules and scoring for the competition
• Benchmarking for technology assessment
• Uncover untapped potential in non-space focused research 4 new teams
• Identify potential for future funding efforts
• Promote space robotics to industry; advertise STEM to students
> ASTRA 2017 > Thilo Kaupisch • DLR SpaceBot Camp > 21.06.2017 DLR.de • Chart 11
DLR SpaceBot Cup 2015 – What happened next…
• Schedule and team support
• 5 meetings on site and remote
• „Impaired network“ training
• Prep time at events
> ASTRA 2017 > Thilo Kaupisch • DLR SpaceBot Camp > 21.06.2017 DLR.de • Chart 12
• Work Environment
• Cubicles in a pit lane
• Tools, internet, space
• No need to move for competition
• Competition terrain and scoring
• Simple rules and scoring
• Challenging terrain
• Qualifying……..
• Video
> ASTRA 2017 > Thilo Kaupisch • DLR SpaceBot Camp > 21.06.2017 DLR.de • Chart 13
> ASTRA 2017 > Thilo Kaupisch • DLR SpaceBot Camp > 21.06.2017 DLR.de • Chart 14
> ASTRA 2017 > Thilo Kaupisch • DLR SpaceBot Camp > 21.06.2017 DLR.de • Chart 15
> ASTRA 2017 > Thilo Kaupisch • DLR SpaceBot Camp > 21.06.2017 DLR.de • Chart 16
> ASTRA 2017 > Thilo Kaupisch • DLR SpaceBot Camp > 21.06.2017 DLR.de • Chart 17
> ASTRA 2017 > Thilo Kaupisch • DLR SpaceBot Camp > 21.06.2017 DLR.de • Chart 18
> ASTRA 2017 > Thilo Kaupisch • DLR SpaceBot Camp > 21.06.2017 DLR.de • Chart 19
Goals achieved
• 10 teams developed robotic systems over the course of 1 year;
• Challenging exploration scenario with mobile manipulation tasks;
• Most systems were capable of traversing rough terrain and performing the tasks with a high level of
autonomy;
• effective publicity for space, robotics, and STEM subjects;
• effective incentive for research groups to push the boundaries of their systems:
• SpaceBot gave the frame, funding, and motivation for new and refined developments;
• It generated scientific output in the form of journal- and conference papers, more than 40 graduating
theses;
• The main event was perceived as a good opportunity for exchange with experts and advertisement to
prospective students;
SpaceBot Camp 2015 Robotics performance show for space
11.-13. November 2015
• https://www.youtube.com/watch?v=uEEUwwG3nRI
> ASTRA 2017 > Thilo Kaupisch • DLR SpaceBot Camp > 21.06.2017 DLR.de • Chart 21
> ASTRA 2017 > Thilo Kaupisch • DLR SpaceBot Camp > 21.06.2017 DLR.de • Chart 22
SpaceBot Camp 2015 – Lessons Learned
• 12 months preparation is sufficient for the scope of the competition;
• Encouraging the teams to plan for testing paid off;
• Communication is key: review meetings helped keeping people aware of mission goals;
• Teams are often inexperienced in working with delayed networks, some training required;
• A qualification event helps to try/fail/retry before the main competition;
• … But don’t make it a death trap;
• People need space and time to prepare on site;
• The environment has a life of its own;
• Single use terrain is fun, but expensive. Look for partners and go for permanent facilities;
• Scoring and benchmarking is hard to balance (ongoing task), so be challenging and fair.
> ASTRA 2017 > Thilo Kaupisch • DLR SpaceBot Camp > 21.06.2017 DLR.de • Chart 23
> ASTRA 2017 > Thilo Kaupisch • DLR SpaceBot Camp > 21.06.2017 DLR.de • Chart 24
SpaceBot Next
SpaceBot Next
• Scoring system will be „task fulfillment“ driven;
• Environmental conditions will be more challenging;
• Focus on autonomous functions;
• Use of permanent facility;
• International CubeRover Challenge:
• Same field as SpaceBot Cup;
• “small rover” ≤ 25 cm x 25 cm x 25 cm launch envelope;
• Teleoperated terrain traverse;
• Autonomous “lava tube” exploration (apprx. 60 cm clearance);
• Instrument deployment;
• Long-term goal: sustainable internationally cooperative testing, benchmarking, and incentive activity;
• Under evaluation.
> ASTRA 2017 > Thilo Kaupisch • DLR SpaceBot Camp > 21.06.2017 DLR.de • Chart 25
Thank you for your attention!
> ASTRA 2017 > Thilo Kaupisch • DLR SpaceBot Camp > 21.06.2017 DLR.de • Chart 26