2012
Space milestones
KuPS becomes a “power socket” for experiments
PPS Mk1, also referred to as KuPS (Portable Power Supply), reaches the ISS as a reusable unit for converting and distributing electrical power to payloads. The system allows different experimental devices to use the power available on board safely. PPS Mk1 is still operational and in use in the ISS Columbus laboratory.
The RESLEM experiment returns
After 126 days in space, the experimental units containing stem cells are recovered. The samples travel in hardware and KIC-SL containers developed by Kayser: an experience that confirms the company’s contribution throughout the entire journey of a biological experiment, from launch to return to Earth.
Dragon changes ISS logistics
The commercial Dragon capsule reaches the International Space Station for the first time. The flight marks a new phase in transporting supplies and scientific materials to low Earth orbit.
Curiosity lands with the Sky Crane
The Curiosity rover reaches Mars using the Sky Crane descent system: a powered stage lowers it on cables until it is placed on the surface.
Missions & Payloads
INCR.33
Thirty-third long-duration expedition to the International Space Station, dedicated to scientific research, operational activities and station maintenance.
PPS Mk1 (KuPS)
Reusable power supply unit intended for ISS payloads, also referred to as KuPS (Portable Power Supply). It converts and distributes the electrical power available on board at the voltages required by the experimental equipment. Specifically, it converts the 120 V DC supply of the US segment and Columbus laboratory into a 28 V DC output usable by different payloads. It reaches the ISS aboard Progress M-14M / 46P, launched from Baikonur on 25 January 2012 at 23:06 UTC and automatically docked to the station on 28 January.
PROGRESS 46P
Automatic cargo mission to the International Space Station. It transports propellant, water, food, equipment and scientific materials.
ELITE-S2
During Expedition 33, between September and November 2012, the facility is reactivated and moved to the Japanese Kibo module. Sunita Williams and Akihiko Hoshide prepare the hardware, inertial measurement units (IMUs) and cameras. Kevin Ford subsequently performs experimental sessions with markers attached to his body, while the cameras record three-dimensional movements. The data are then transferred to Earth for analysis. The system derives from BTS motion capture technology. Kayser Italia handles its fine-tuning and adaptation for use on the ISS.