Showing posts with label booster. Show all posts
Showing posts with label booster. Show all posts

Thursday, July 23, 2015

Space1 XRocket XMotor

Take out the rubber o-rings from NASA's SRB engine and you essentially have a version of Space1's contiguous safety motor. The safety motor has no fitting dealing with rubber o-rings or a duplicity of physical end to end attachments. The charge is pure and continuous making it the most reliable motor in the industry for space travel. The motor is matched 100% to Space1's largest and most powerful rocket, the XRocket, designed to safely take tourists into space. This is a safety rocket. The massive motor is compatible with recent developments of booster staging, placing the Space1's XRocket into the highest lofting capacity and lifting capacity rocket of all time. This means more astronauts can fit into the spacecraft, astronauts can fly higher, and more supplies and instruments can stow on board.
SPACE1 X-ROCKET X-MOTOR
THURS JULY 23 2015

Space1 contracts with one of the "longest in business" and most reliable suppliers of rocket Engines. This current cycle has included a supply ranging to the most powerful rocket motor supplied by this high technology source.

SPACE1 XMOTOR
This is the powerful Xmotor. Space1 has redesigned a rocket around this motor and is currently in the testing program.

SPACE1 XROCKET
By design, the XRocket is the only rocket in Space1's fleet that can handle the power of the XMotor. The XRocket is fit specifically to the size of the XMotor using fitting retainers.

ROCKET FITTING RETAINER
Space1's rocket fitting retainer is the full XMotor interface machined to fit the XRocket. Boosters and motors both utilize the safety rocket retainer interface.

ASSEMBLY PROGRESS
Work is in tri mode, for developing and testing the XRocket, XMotor installation, and Booster Interface.

Index of SPace1 Web Pages 
http://humanoidolabs.blogspot.com/2015/01/space1-links-in-january-2015.html

Wednesday, July 22, 2015

Space1 Booster Rocket

SPACE1 BOOSTER ROCKET
Space1 met with its supplier of rocket engines to purchase a rocket booster which was spotted the last time we were there. 

We planned to buy two styles of boosters that were custom designed to fit the two styles of our rockets and we planned to purchase at a later time. We were shocked to find the booster was sold to our competition! 

Does this mean our competition has stolen the plans to our rocket? Far greater security will be installed at our space complex asap.

PHOTO: Does the booster used by Space1 resemble NASA's SRB Solid Rocket Booster? Yes and no. Our SRB is similar in dry powder design except it's built without the problematic ORINGS.

Space1's solid rocket booster is similar to NASA's except Space1 does not use rubber o-rings.

Good news is the largest booster (2 of 2) was still available there, at full price, and it will fit our largest rocket.

The massive booster will enable a longer burn time, a greater acceleration span, and an initial penetration to maximum troposphere resulting in the highest height achievable of any Space1 rocket.

The surprise is there is no demo this time and we must assemble the entire rocket booster piece by piece.

Index of Space1 Web Pages 
http://humanoidolabs.blogspot.com/2015/01/space1-links-in-january-2015.html

Thursday, July 16, 2015

Space1 Booster Rocket & Glider

SPACE1 BOOSTER ROCKET & GLIDER
Space1 in the USA is progressing with concept, design, construction, and testing of a new booster rocket and spacecraft glider. The booster is a vertical deployment with enough diameter and mechanical mounts to support multiple arrays of surrounding gliders.

At apogee during the mission, the gliders release at the same time, maintaining gyro equilibrium to the booster, then follow glide flight paths back to earth. Circular glide paths absorb kinetic energy to reduce speed to safe levels.

Illustration: Artist concept of Space1's Booster Glider

Each glider spacecraft can support 1 or many astronauts, depending on configuration. First Envisions (tm), a division of Space1, has allocated 3 periphery gliders on one booster arranged in triequilibrium.

A reusable boost keeps space flights and missions as low cost as possible and potentially affordable to the space tourism industry.

Scaling flights are slated for summer of 2015 over the USA at Space1's Rocket Space Port.

LINKS
http://humanoidolabs.blogspot.com/2015/01/space1-links-in-january-2015.html