MMSEV UACS
Add-On for Orbiter 2016 (v.160828)

Credits:
Gattispilot
NASA resources
Buck Rogers
Martin Schweiger & Orbiter Forum members

REQUIREMENTS

D3d9 Client(tested with R4.4-r1306)
https://www.orbiter-forum.com/resources/d3d9-for-orbiter-2016.5493/

Activate "Enable absolute animation handling" in the Video/Advanced tab.

UACS (Universal Astronaut and Cargo System)
https://www.orbiter-forum.com/resources/universal-astronaut-and-cargo-system-uacs.5610/

INSTALLATION
Extract all files in the orbiter2016 folder to the root of your Orbiter program directory, preserving the directory structure. This should NOT overwrite anything in the standard Orbiter package.

SPACECRAFT SPECS and CONTROLS

MMSEV
Crew: 	2
Dimensions
Length: 4.5 m (180 in)
Wheelbase: 4 m (160 in)
Height: 3 m (120 in)

Speed: 10 km/h (6 mph)
Range: 125 km (78 mi)
Mass: 3,000 kg (6,614 lb)
Payload: 1,000 kg (2,205 lb)

Wheels: 12 wheels with each at 99 cm (39 in) in diameter, 30.5 cm (12.0 in) wide.

Driving:
Numpad + = Forward Gear
Numpad - = Reverse Gear
Numpad 8 = Accelerate
Numpad 2 = Brake
Numpad 1 = Steer Left
Numpad 3 = Steer Right
Numpad 4 = Rotate Left
Numpad 6 = Rotate Right
Numpad 5 = Center Wheels

Ctrl+L = Lights

Solar Panel:
K = Deploy/Stow
3 = Solar Tracking On/Off

J = Camera Boom Deploy/Stow

F8 = Toggle Virtual Cockpit
Ctrl+arrow = Change Seats

Glass Cockpit only:
Alt+M = UACS cycle pages: Off/Cargo+EVA/Help

Doors:
Select one of the rear Airlocks in the UACS Cargo+EVA page
Ctrl+D = Open/Close door

EVA:
If there is no crew aboard create one
R Alt+A = Create Crew
Select a crew member in the UACS Cargo+EVA page
Alt+Numpad 8/2 = Select crew
Select one of the rear Airlocks in the UACS Cargo+EVA page
Alt+Numpad 7/9 = Select Airlock
Ctrl+D = Open the door
R Alt+E = EVA

NASA is testing concepts for a new generation of roving space exploration vehicles. These new ideas will help future robots and astronauts explore more than ever before, build a long-term space presence and conduct a wealth of science experiments.
Roving vehicles proved invaluable during the Apollo missions, enabling astronauts to complete almost 20 trips across the surface of the moon. With each successive mission, NASA improved the rovers’ capacities, increasing the number and duration of exploration missions.
NASA is still building on the lessons learned during the Apollo missions, and also incorporating the experience gained operating unmanned rovers on Mars. Using them, NASA has developed the multi-mission Space Exploration Vehicle, or SEV. The SEV cabin concept could be coupled with a flying platform for use near the International Space Station, satellite servicing and near-Earth asteroid missions.-NASA

The SEV is the size of a small pickup truck, it has 12 wheels, and can house two astronauts for up to two weeks. The SEV consists of a chassis and cabin module. Designed for two occupants, this vehicle is capable of supporting four in an emergency. With wheels that can pivot 360 degrees, the SEV is able to drive in any direction. Astronauts can enter and exit without space suits directly from an airlock docking hatch, or through a suitport without the need to depressurize the habitat module.-wikipedia