Trailhead #1 - Kennedy Space Center - Possible launch vehicles include Shuttle 2, Boeing Delta 6, Lockheed Atlas 7, and Lockheed Titan 6. Click here for details.
Trailhead #2 - Guiana Space Center, French Guiana - Possible launch vehicles include Ariane 7, and Ariane Reusable Launch Vehicle. Click here for details.
Trailhead #3 - Baikonur Cosmodrone, Kazakstan (Earth's Largest Spaceport) - Possible launch vehicles include Buran 2, Proton 3, and Soyuz 3. Click here for details.
After obtaining low earth orbit, rendevous with Transfer Spaceship. Ignite Variable Specific Impulse Magnetoplasma Rocket (VASIMR) plasma motor to begin 6 month journey to the Red Planet. After arriving in low Mars orbit, detach landing section from orbiting craft and begin descent sequence towards the south side of Olympus Mons. For assistance in trajectory analysis, use high resolution laser altimeter map.
Please keep in mind that bouncing airbag landing system as used on Mars Pathfinder is not recommended for human passengers.
The next step is to establish base camp. A pressurized system including greenhouse, enviornmental control system, radiation protection, fluids recycling, and airlock is highly recommended. The North Face Red Planet 5,000 and a Mountain Hardwear Mars 6,000S are both excellent choices. Either are available for 6 billion Globals (replaced the Euro in 2015).
Depart airlock and begin accending gentle 2 to 5 degree red scree slopes. Set camp 1 at 1,000 meters. Please do not use Nanorobotic Hovertank for gear transport, it is only for dust storm emergencies. Hovertanks are Aid.
1,000 meters per day is usually climbed on Olympus Mons, due to large pack size. Max slope is 30 degrees. After camp 23 is set at 23,000 meters, the summit day is very easy due to the flat volcano top.
Descent is usually by skiing carbon dioxide snow assisted by plasma miniboosters. Scree sections must be hiked.