The Truth about the Orbital Accelerator NEW Technology (Spinlaunch)!

spin launch a space flight technology startup has long pursued the ambitious goal of launching payloads into orbit without traditional fuel facing challenges in both the physical and logistical Realms in this episode of great SpaceX we uncover the ongoing struggles of spin launch and securing a new launch location examining the reasons for local resident off position and the time needed for construction the complexities surrounding spin launch's Mission highlight the intricate journey of reshaping the future of spaceflight technology the spin launch system stands out as a groundbreaking approach to launching payloads into space unlike traditional rocket systems grappling with complexities and fuel related challenges spin launch Pioneers a revolutionary method based on kinetic principles in essence spin launch orchestrates an accelerator system system featuring a vacuum environment the payload securely fastens to a tether within this accelerator an electric motor Drive initiates the rotation of the tether generating centrifugal force that propels the payload to the required speed upon reaching this velocity the payload gracefully separates from the tether enters the launch tunnel punctures a thin plastic membrane and elegantly ascends into space the sheer audacity of this concept is undeniably intriguing such an Innovative and daring idea is likely to Garner significant public support sparking enthusiasm for the future possibilities of space exploration in reality the path for spin launch is not as straightforward as one might hope the company grapples with several challenges in selecting an optimal location to construct its orbital accelerator system aligning with the considerations faced by the rocket industry spin launch must prioritize factors such as safety for both people and the environment accessibility to the market and and favorable geographical conditions ideally as close to the equator as possible in 2018 spin launch explored the prospect of establishing its launch system in Hawaii geographically Hawaii presents an appealing option situated in the middle of the Pacific Ocean this unique location ensures safety during launches with less impact on densely populated Continental areas furthermore being relatively close to the equator Hawaii allows spin launch to leverage the Earth's rotational speed for a more efficient lach launch process however despite these advantages spin launch continues to Grapple with the multifaceted challenges of securing an ideal launch location despite the geographical advantages spin launch encounter significant resistance from residents in Hawaii who voiced safety concerns issues such as potential payload failures affecting critical infrastructure and disturbances caused by construction and launches raised apprehensions among the local population considering Hawaii's status as a major tourist destination the the impact on the daily lives of residents became a focal point of contention unfortunately the inability to reach a consensus let spin launch to abandon this promising location 2 years later the company shifted its focus to the southern Islands of Alaska although not as close to the equator as Hawaii this region garnered praise for its emphasis on safety initially residents and authorities in Alaska displayed enthusiasm and support for spin launch however during a crucial meeting to finalize Arrangements spin launch struggled to provide convincing answers to the local government's inquiries regarding long-term development potential including job creation and contributions to Regional development consequently Alaska became another setback for spin launch in its quest to secure an ideal launch site as of the current status outlined on its homepage spin launch articulates its ambition to establish an orbital accelerator in the US coastal region the company is actively engaged in the process awaiting licenses from the FAA and other relevant government agencies additionally spin launch has set its sights on International expansion exploring potential launch locations on the south coast of Western Australia since August of 2023 the approval status and construction progress remain undisclosed at this time prompting anticipation for updates in the near future apart from the plans for the orbital accelerator spin launch already operates two other systems these include a lab accelerator with a 12 M diameter located at the company's headquarters in Long Beach California and a suborbital accelerator with a 33 M diameter situated in Spaceport America New Mexico notably these existing systems are relatively smaller in size compared to the envisioned orbital accelerator which boasts a diameter of approximately 100 m with the suborbital accelerator spin launch has executed 10 launch missions commencing with the first launched on October 22nd of 2021 and the subsequent nine launches occurring in 2022 the Pinnacle of their achievements thus far includes reaching an altitude of approximately 10 km and an exit velocity of 1,600 kmph however this falls short of the standards required for achieving orbit as a vehicle needs to attain an altitude of at least 300 km at a speed of 25,000 kmph spin launch and Visions launching the rocket payload at an exit velocity of 8,100 kmph elevating the vehicle to an altitude of 60 km from there the rocket would activate to propel the payload further into orbit to realize this goal spin launch faces the formidable challenge of constructing an orbital launch system in addition to grappling with the complexities of finding a suitable launch location the spin launch system confronts various other disadvantages linked to physical factors presenting additional hurdles for the ambitious project the spin launch system confronts several physical challenges that can adversely impact its operations one significant concern arises from the high rotation speed which has the potential to damage the payad before it exits the accelerator this poses a particular risk for sensitive payloads like Rockets or satellites introducing the possibility of operational errors furthermore the abrupt transition between the vacuum and air environments could subject the payload to sudden changes potentially causing damage to hardware and internal functions the Earth's atmospheric environment poses another substantial obstacle overcoming gravity and Atmospheric resistance presents ongoing challenges for any system including the spin launch accelerator these natural forces can affect the trajectory and stability of the launch adding complexity to the operational Dynamics a noteworthy limitation is that this method is not well suited for liquid fuel vehicles which are commonly used in current rocket technology as a result the spin launch system may not be considered by many companies that rely on liquid fuel propulsion further impacting its adoption in the broader Aerospace industry given the formidable challenges associated with the spin launch system it faces a difficult path to compete effectively in the future especially in a rocket industry that continues to thrive in an industry where Innovation and reliability are Paramount addressing these challenges becomes crucial for spin launch to establish P itself as a competitive player the thriving nature of the rocket industry only intensifies the need for Effective Solutions and adaptations to ensure that spin launch remains viable and can contribute meaningfully to the evolving landscape of space exploration spin launch's ultimate objective is to provide a space launch service with a flexible schedule and a low price aiming for approximately $500,000 however the critical question remains when will spin launch attained the necessary reliability and capability to realize this goal while spin launch is still in the process of securing a location for its first orbital launch site established rocket systems particularly SpaceX continued to demonstrate robust performance in a recent presentation at Starbase Elon Musk highlighted spacex's remarkable achievements in orbital payload launches the graph showcased an impressive progression with SpaceX launching approximately 350 tons in 2021 escalating to 500 just a year later and reaching an astonishing 1,200 tons by 2023 more than three times the global average moreover with plans to significantly increase launch frequency spacex's records are expected to continue soaring notably these achievements are attributed to the Falcon 9 and heavy Rockets and the potential introduction of Starship in the future could further solidify spacex's dominance in the orbital payload launch market this poses a formidable challenge for organizations including spin launch to compete effectively with SpaceX in the years to come while spin launch invisions providing a cost-effective and flexible space launch service overcoming the identified technical challenges operational limitations and Market competition poses significant uncertainties I as well as many others who have been closely following spin launches Endeavors believe that collaborating with other space agencies to participate in launching payloads from the moon or Mars is indeed a creative idea the spin launch accelerator's ease of construction and its independence from traditional fuel sources make it a compelling candidate for applications in space exploration the reduced environmental challenges on the moon or Mars due to their thinner atmospheres could indeed play to the strengths of the spin launch system its ability to launch payloads without relying on fuel might find valuable applications in these extraterrestrial environments however it's crucial to consider consider the specific Technical and logistical challenges associated with space exploration including the unique conditions and requirements of the Moon and Mars which brings me to my original point collaborating with established space agencies could provide spin launch with valuable opportunities for growth and contribution to Future space Visions if you have any further questions about this or if there is anything you'd like to explore feel free to let me know despite the hurdles the spin launch team is gearing up to conquer numerous challenges on their Journey towards entering the official race in the days and months ahead they will need to persist in demonstrating their capabilities and identifying appropriate venues to promote their orbital launch initiatives these are formidable obstacles but nonetheless the system is still in the developmental stage there is optimism that the spin launch team with Adept utilization and optimization of their strengths can can bring about significant transformations in the future whether this system becomes the future of space launch remains to be seen let's eagerly anticipate the unfolding of intriguing developments well folks that's about it for today's episode thank you so much for tuning in and if you want to support our Channel even further you can hop on over to our patreon through the link in the description below sign up and become a patron today to gain access to exclusive content sounds exciting right in any case we still appreciate your generosity and your passion for space exploration as always this is Kevin from great SpaceX and until next time keep looking up