The main purpose of Doge-1 is to broadcast advertisements, logos and images on the screen of the Doge-1 satellite, which will be orbiting the Moon.
Screen images will be captured by installed cameras and broadcast to Earth, from where they will be streamed to Twitch and Youtube platforms.
Become a Web3 pioneer joining early innovators to fund and support the first fully-funded crypto space project to travel out of this world.
Get a Solana Wallet - Download and set up a trusted Solana wallet (e.g. Phantom or Solflare) to store your DOGE-1 tokens.
Buy SOL - Purchase Solana (SOL) on a crypto exchange and transfer it to your wallet.
Swap for DOGE-1 - Use a Solana DEX (like Raydium) to exchange your SOL for DOGE-1 tokens.
Join the Mission - Hold your DOGE-1 tokens and be part of the community.
MENTIONSWhen Elon Musk sees the opportunity of space and DOGE Coin to come together, you know it's going to be special.
SpaceX is going to put a literal Dogecoin on the literal moon
— Elon Musk (@elonmusk) April 1, 2021
SpaceX launching satellite Doge-1 to the moon next year
— Elon Musk (@elonmusk) May 9, 2021
- Mission paid for in Doge
- 1st crypto in space
- 1st meme in space
To the mooooonnn!!
DOGE-1 is a 1U CubeSat equipped with onboard cameras and sensors. Built to capture data and demonstrate the viability of crypto-funded space infrastructure.
DOGE-1's onboard systems activate, likely using a timer or signal post-separation. Solar panels deploy to charge its battery, and the CubeSat's attitude control system (reaction wheels or magnetorquers) stabilizes its orientation.
The satellite's radio begins transmitting to ground stations, confirming its status. DOGE-1 uses an electric propulsion system to adjust its trajectory and settle into a stable elliptical lunar orbit over days or weeks, conserving propellant for a planned two-year mission.
Once in lunar orbit, DOGE-1's sensors and cameras capture lunar surface images and geological data. Its onboard screen displays ads or logos, broadcasting them back to Earth via its communication system, testing blockchain tech in deep space.
The satellite will employ an electric propulsion system to settle into a stable elliptical lunar orbit, where it's designed to operate for up to two years. Its primary goal is to collect 'lunar-spatial intelligence' using onboard sensors and cameras to capture images and data about the lunar surface, geology, and environment.
The TLI burn and deployment must be exact; small errors could send DOGE-1 off course or into an unstable orbit.
The CubeSat's electric propulsion system needs to be reliable for orbit corrections and maintenance, as Earth's gravity and lunar mascons perturb lunar orbits.
Maintaining a stable link with Earth from ~384,000 km away is critical, requiring precise antenna alignment and robust signal strength.
The CubeSat must handle extreme temperature swings in lunar orbit (-173°C to 127°C) to protect its electronics.
