Lunar rover user survey Dear lunar payload developer or lunar rover user, Thank you for accepting our invitation to the LUVMI-X rover user survey. This survey will take approximately 15 minutes to complete.The Lunar Volatiles Mobile Instrumentation (LUVMI) rover family will provide a smart, low mass, innovative, modular and extendable platform designed to accommodate payloads and provide payload mobility on the Moon. The team at Space Applications Services is currently performing the preliminary design of the LUVMI-X rover, including its modular payload interfaces. As a part of this effort we are conducting a survey in order to take the constraints of your ideas and payloads into account in the design of the rover. While we cannot guarantee that every preference will be included, your information will allow us to maximize the compatibility of the rover with your payload. Please fill this questionnaire as many times as you require (once for each of your payloads/ideas). Responses will be accepted until September 21st, 2020. None of your responses will be considered binding agreements to the LUVMI-X developers. Your answers will be kept confidential and only be used for interface design purposes. In case of questions, please do not hesitate to contact the team at lunarpayloads@spaceapplications.com Question Title LUVMI-X Rover Question Title * 1. Name of your payload: Question Title * 2. Please briefly describe your payload and its function: Question Title * 3. Please describe the concept of operations (if you would like to provide more details or illustrations, you will be able to in a subsequent question): Question Title * 4. What landing sites are most interesting to your payload? Polar Equatorial Either type of site Other (please specify) Question Title * 5. Do you have a particular site of interest? Question Title * 6. If known, what is the minimum distance from the lander that your payload needs to operate at? <100 m from the lander are sufficient <1 km from the lander are sufficient >1km from the lander are required Question Title * 7. What is the estimated mass of your payload (in kg)? Question Title LUVMI-X Payload Bays Question Title * 8. LUVMI-X can preliminarily accommodate payloads in 2 payload bays, each with a maximum volume of 3 x 2 x 2 U (or cubesat units). How feasible would it be for your payload or idea to fit inside in volumes multiple of the CubeSat standard and inside one (or two) of these payload bays? For our purposes a Cubesat unit is a volume of 10 cm x 10 cm x 10 cm (U). Very feasible Feasible (e.g. with some modifications) Not feasible (please explain) Question Title * 9. Please indicate which of the following form factors or envelopes is the most likely to encompass your payload: 3 Form factor 1 (1x1x1) 3 Form factor 2 (1x1x2) 3 Form factor 3 (1x2x1) 3 Form factor 4 (2x1x2) 3 Form factor 5 (2x2x1) 3 Form factor 6 (2x3x1) 3 Form factor 7 (2x2x2) 3 Form factor 8 (2x3x2) Question Title * 10. If the envelopes above are not suitable, please provide the dimensions of your payload (in cm): length [cm] width [cm] height [cm] Question Title * 11. Other requirements (select as many as applicable): Payload is required to touch the Lunar surface (e.g. a penetrometer) Payload is required to point towards the surface (e.g. a camera/spectrometer analyzing soil at a distance) Payload is required to point towards deep space (e.g. a retro-reflector) Payload is required to point towards the horizon (e.g. a camera with a wide field of view) Payload requires active pointing (e.g. a camera with telephoto lens) Payload does not need to be exposed to the Lunar environment (e.g. an accelerometer) Payload needs to be deployed on the ground Payload needs to be launched into an inaccessible area Other, more details (please specify): Question Title * 12. Does your payload include internal data processing?: Yes No, and would need processing of data by the rover computer No, but would not need processing of data by the rover computer Other (please specify) Question Title * 13. If your payload requires external data processing, please describe the nature of this processing (algorithm type, computing power required or related parameters) Question Title * 14. Do you require on-board memory storage? Yes No Question Title * 15. Please describe how much memory storage you may require and/or what type of data you intend to store: Next