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Ascension Spaceworks Cascadia

OVERVIEW
The Ascension Cascadia is a survival ready, luxury space-yacht, designed for exploring new worlds across the galaxy. It’s both atmosphere and space capable and can travel between the two as well. The Cascadia sports onboard storage, medical bays, a hangar capable of containing one medium or two small vehicles, as well as oxygen and hydrogen supplies. Occupants can enjoy a lounge area as well as four different bedroom suites.


Check out the rest of the Ascension Spaceworks lineup with the links below:

LAND VEHICLES
Ascension Explorer (Luxury Sports Utility Truck): https://psteamcommunity.yuanyoumao.com/sharedfiles/filedetails/?id=3241435741

Explorer Mini (Light Sports Utility Truck): https://psteamcommunity.yuanyoumao.com/sharedfiles/filedetails/?id=3275168645

Ascension Arrival (Luxury Caravan):
https://psteamcommunity.yuanyoumao.com/sharedfiles/filedetails/?id=3364633457

Ascension E-Bike (Luxury Electric Bike):
https://psteamcommunity.yuanyoumao.com/sharedfiles/filedetails/?id=3364633144

Ascension E-Carrier (Bike Rack):
https://psteamcommunity.yuanyoumao.com/sharedfiles/filedetails/?id=3364633665

SPACE VEHICLES
Ascension Aurora (Luxury Single-seat Spaceship): https://psteamcommunity.yuanyoumao.com/sharedfiles/filedetails/?id=3443814560


INPUT COMPATIBILTIY
Mouse and Keyboard: Yes
Controller: Yes


MODS
The Cascadia is 100% functional without mods.


SPECS
Length: 102.5m
Width: 50m
Height: 25m (Gear down), 20m (Gear up)
Grid Mass: 1558.21t
Powerplant: Nuclear Reactor-Electric,
Occupants: Up to 4
Cargo Capacity: 5,777L
Pressurised? Yes
Survival Ready? Yes
Scripts? No
Blocks: 1882
PCU: 12695


FEATURES
Auto Airlock
Airlocks are designed so that only one side can be opened at once, avoiding loss of pressurisation.

Parking Mode
All gyroscopes can be locked at the click of a button, meaning the ship will remain entirely still whilst parked.

Jump Drive
The Cascadia contains one jump drive, capable of jumping both the ship and any vehicles onboard up to 1600km.

Retractable Landing Gear
The Cascadia comes with retractable landing gear. With the gear down, ground clearance is provided to allow for landings on uneven terrain. When retracted, the landing gear folds away into the body seamlessly. The gear locks to the body of the Cascadia when extended and retracted automatically, meaning the ship is always entirely stable despite the sub-grid architecture.

Rearview Camera
The rearview camera allows you to quickly check behind at any time. Handy for reversing or when travelling in groups.

Parachute System (Atmosphere Only)
The parachute system on the Cascadia gives an extra safety net in the event of thruster damage or an unintentionally fast approach. Parachutes are automatically fed from the onboard cargo, allowing seamless multiple operation.

Maintenance Access
A dedicated room allows access to all crucial components from within the ship, meaning no need to go searching for damage or removing areas of hull to fix.

HOTKEYS
Toolbar 1 D-Pad UP/Keyboard 1. Parachutes - DEPLOY/RETRACT
Toolbar 1 D-Pad LEFT/Keyboard 2. Landing Gear – EXTEND/RETRACT
Toolbar 1 D-Pad RIGHT/Keyboard 3. Rearview Camera - VIEW
Toolbar 1 D-Pad DOWN/Keyboard 4. Jump Drive – JUMP

Toolbar 2 D-Pad UP/Keyboard 5. Atmospheric Thrusters – ON/OFF
Toolbar 2 D-Pad LEFT/Keyboard 6. Ion Thrusters – ON/OFF
Toolbar 2 D-Pad RIGHT/Keyboard 7. Landing Camera - VIEW Toolbar 2 D-Pad DOWN/Keyboard 8. Landing Gear – LOCK/UNLOCK
Toolbar 3 D-Pad UP/Keyboard 9. Hangar Camera – VIEW Toolbar 3 D-Pad LEFT/Keyboard 1(Page 2). Hangar Doors Left – OPEN/CLOSED
Toolbar 3 D-Pad RIGHT/Keyboard 2(Page 2). Hangar Doors Right – OPEN/CLOSED
Toolbar 3 D-Pad DOWN/Keyboard 3(Page 2). Parking Mode – ON/OFF


TUTORIALS
Leaving a Planet for Space
1. Unlock the landing gear from the ground (Toolbar 2 D-Pad DOWN/Keyboard 8) and take-off.
2. Once clear of the ground, begin to fly forwards and pitch the nose up towards the sky as much as possible before the speed starts to drop below 99m/s.
3. As the speed starts to fall, lower the nose of the Cascadia to maintain 99m/s, this may be as low as 20 degrees nose up.
4. Monitor the crosshair in the circular trajectory window at the bottom of the screen.
5. As the ion thrusters kick-in and the speed starts to pick-up again, begin to pitch the nose up to maintain 99m/s. Space flight has now been achieved.


CREDITS
Logos were converted to LCD-Panels with Whips Image Converter by Whiplash141


NOTES
Feedback welcome