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Atlas View Satellite

The Atlas View satellite (Vanilla) is a versatile, concealed telescope designed for both civilian and military applications. Equipped with a laser antenna, it offers secure, long-range communication while remaining hidden from detection. Its advanced optics system provides precise observation capabilities, making it ideal for deep-space exploration, monitoring, and tactical reconnaissance. Whether supporting exploration missions or reconnaissance operations, the Atlas View ensures a cost-effective, reliable solution across interstellar environments.

Initially developed as a budget-friendly satellite, the Atlas View’s performance relies on short-term use and steady exposure. It facilitates advanced systems for launch and deployment, integrated with AI flight systems configurable by the engineer. The blueprint provided presents the Atlas View in its launch stage, ready for deployment.

The satellite is equipped with all-directional eight ion thrusters, requiring it to be launched into space as a payload. To prevent power loss, the Atlas View includes a power management system that cuts off communication when power drops below 10%, conserving energy for critical systems. Once recharged to 40%, the antenna automatically re-establishes connection. Guide for launch and deployment below.

PCU: 1651
Mass: 10,081KG




Before launching and deploying the Atlas View satellite, it's recommended to either spawn or construct the satellite onto a delivery device using the two small merge blocks provided in the blueprint. If the craft delivering the satellite is manually piloted, the satellite can be constructed at any location.

To monitor the satellite’s status during and after deployment, set up two action relays on channels 10 and 20 (configurable within the satellite) to receive updates which by using the action relays can be configured for your own tendency (i.e., Emit a Green Light or Red Light, Play a sound etc).

Ensure the laser antenna is connected and ready before launch. If you intend to use AI flight control for the satellite (not recommended for long-distance travel), additional configuration will be required.

1. Attach the satellite to the delivery device using the merge blocks.
2. Launch the satellite into zero-gravity space.
3. Use AI flight systems or manual control to deliver the payload to your desired location.
4. Once the satellite has reached its destination, deploy the solar panels by sending a signal through action relay on channel 50.
5. After receiving confirmation of successful deployment, access flight control and camera systems via the Remote Control for further operation.