Space1 Ballute

SPACE1 Industries Ballute
SPACE1 Industries is experimenting with a reentry Ballute. The device acts as an incoming brake for reentry rockets and increases the accuracy of the return targeting position.

The ballute (from balloon and parachute) is a parachute-like braking device optimized for use at high altitudes. Invented by Goodyear in 1958, the original ballute was a cone-shaped balloon with a toroid shaped burble fence fitted around its widest point. A burble fence is an inflated structure intended to ensure flow seperation. This stabilizes the ballute as it decelerates through different flow regimes. Source: Wiki

Space1 Industries Space Helmet

NEWS: SPACE1 Industries establishes new space helmets for spaceflight operations

— The helmet design is based on the bullet proof Devtac Ronin Kevlar Level 3A Tactical Ballistic Helmet —

Humanoido Explains: "After developing more advanced space missions, SPACE1 Industries needed a more hardened space suit helmet. In 2017, a series of designs were developed as a spinoff of military applications. Two years later, we've settled on one rugged space design in particular. The space helmet compliments the multi-featured protective space suit and is made from similar radiation-stopping material."

https://space1usa.blogspot.com/2017/10/space1.html

Space1 Industries STEM

News: SPACE1 Industries STEM

Science Technology Engineering Mathematics

SPACE1 Industries is developing a hands-on STEM program for schools, educators, students and private denizens. 

Many examples of advanced space exploration are being made over time, such as build-your-own space rockets, satellites, space stations, and a host of other real space related equipment for learning.

SPACE1 Industries is producing the said items on a nano scale which lowers the cost making it affordable to schools and individuals.

Space1 Industries Instrumentation Interfaces Supercomputer

SPACE1 Industries Supercomputer Instrumentation Interface

SPACE1 Industries has acquired advanced instrumentation and designed it to interface to the SPACE1 Industries Supercomputer. 

This provides a real time response to actions with incredible speed and decision making power. The Supercomputer long ago exceeded 240,000 processors and was upgraded with bionic technology.

http://humanoidolabs.blogspot.com/2018/11/big-brain-super-brain-invention.html

https://space1usa.blogspot.com/2018/12/space1-super-super-super-brain-bionic.html

Space1 Mission Control Instrumentation

SPACE1 Advanced Instrumentation

SPACE1 Industries expands Mission Control and Laboratory Rocket Facilities

New Digital Electronic Realtime Space Rocket Monitoring and Calibration Instrumentation

Digital modernization includes meters, gauges, displays, storage devices, and equipment to handle resistance, capacitance, current, frequency, duty cycle, period, diode, temperature, continuity, data hold, multiple channels, RMS, waveform, impedance, coupling, attenuation, recording, nanoseconds realm, timebase, FFT, trigger, pulse width, etc.

Multiple new advanced instruments are installed at the Lab and at Mission Control. Functions include manual and autonomous operations in laboratory mode or space flight mode. This sizable investment increases the functionality of SPACE1 Industries and adds to the capabilities of rocket design and space flight.

Space1 New Rocket Name Super

New Rocket Name

SPACE1 has introduced a new block version of Safety Rocket Super X and renamed it Safety Rocket Super. 

Super will avoid any confusion with SpaceX rockets and mark a large number of new features now installed and fully operational.

Photo Left: perched high atop a ten story rocket gantry at SPACE1 Rocket Space Flight Operations Center and Space Facilities, the new SPACE1 Industries Super Safety Rocket is tested. Sections of molded Rocket Transmat are visible in addition to the gantry elevation and through-scenery.

Space1 Lunar Landing Update

SPACE1 Lunar Landing Update
There are two open windows for going to the Moon during 2019 to engage in a human lunar landing on the surface of the Moon by SPACE1 and its developed resources established over the past six years.

Resources include Moon suits, telemetry, two diverse Safety rockets, one Super and one Electrodynamic, perfected rocket engines and rocket fuel, Mission Control, with advanced hardware and software systems, and the launch sites in the Pacific Ocean.

Operations were ramped up with additional resources to support a man in the Moon landing, however, at both open windows, extremely bad weather resulted in cancellation of the program launch. It was a long shot, given the in-climate weather patterns occurring seasonally and coinciding with launch windows.

Normally the dichotomy of the flight would transfer to 2020, a year later, however, Mars is on a two year cycle and will be favorably close to the Earth during this time. Preparations are being made for program transference from the Moon to Mars.