ExoMars PanCam Visualizations

Aber Uni have published an article about some of the work I’ve been involved with for the ESA/Roscosmos ExoMars Rover! Alongside my day-job, I’ve been using my powers of computer graphics to run simulations of the UCL/MSSL-led PanCam instrument, to check how it can see important parts of the rover. This has mostly been the calibration items being designed/manufactured by my colleagues at Aber, but also the sample drawer and how the position of the drill affects the visibility of various things.

Read the article here: https://www.aber.ac.uk/en/news/archive/2017/11/title-208386-en.html

I’ve also used my general computery and Welsh-languagey skills to put together a website to showcase all of the amazing ExoMars-based work being done by people in Aber Physics and Comp Sci. Check it out in English (http://exomars.wales) or Welsh (http://exomars.cymru), and in particular check out my set of images on there!:


A portrait view of the Panoramic Camera (PanCam) – the ‘science eyes’ of the ExoMars Rover, led by Mullard Space Science Laboratory, UCL. PanCam features three cameras, each for distinct purposes: at each end, the Left and Right Wide-Angle Camera (WACs) get a stereo view of Mars, while the camera offset from the centre is the High Resolution Camera (HRC).

British Science Week 2017

As always, British Science Week was incredible at Aber! The Sports Cage was filled to the rafters with all kinds of science exhibits, things to learn and try.

Here are a some of the things I was involved with:




I even got filmed for social media (eek!):

Bilingually (double eek!!):

Aber Robotics Club Show & Tell

It’s the end of the year, and another wonderful show and tell session for ARC. They even let Matt Gunn and I give a talk on our little ExoMars rover!

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Introducing Project Rover

This plucky little rover is a personal project I’m working on with Matt Gunn. There’s still lots to do, it’s proving to be great fun!

Modelled on the ESA/Roscosmos/UKSA ExoMars rover due to launch in 2020 and land on Mars in 2021, we are making the rover partly to help us understand the general structure of the real rover, and partly as a fun project. It’s built to be approximately 1/5th scale, and has some general simplifications (e.g. fixed wheels).

The rover has been mostly laser cut from plywood. Some of the cut sections have been glued together to form the bathtub, bogeys and wheels of the rover. Servos drive each of the six wheels and panning from the base of the PanCam mast. The servos are all connected to a receiver so we can remote-control drive with skid steering and pan the PanCam unit to look around.

Most recently we completed work on the solar panels. They are hinged to demonstrate the deployment method: when they are folded for transport to Mars, the two rear panels on the ‘wings’ will be upwards-facing. This way, if there are any problems in deploying them, there will still be two panels that are uncovered ready to collect solar energy.

So far it’s been used for university teaching (having made a guest appearance in a Space Robotics lecture), outreach (having made a couple of guest appearances at Aber Robotics Club), and general malarkey

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