- Each row is an alternative design.
|It being stationary||From bottom of lander||temperature, moisture, and detect what sounds appear.||moisture sensor, thermocouple, microphone.||wirelessly to lander||battery||Lander|
|All one vehicle that explores||somehow from the side or where we can move after we land.||temperature, sounds, moisture, what is seen on the journey||thermocouple, moisture detector, microphone, and camera.||wirelessly to balloon or orbiter||alternater and battery||Lander|
|plane like design to fly through the air||midway from the the average cloud hieght to land||moisture in air and what the surface looks like.||camera and moisture sensor||wireless to orbiter||Solar power||Balloon|
|floats as stationary as possible as wind takes it as it's current shall take it||Into the air along the way||temperature, moisture in air, and pictures of land||thermocouple, moisture sensor, and camera||wireless to Balloon||Solar power||Balloon|
|float in orbit||from the orbiter into orbit||pictures of the heat of Venus, pictures of how Venus looks, temperature,and possibility of water.||thermal camera, camera, moisture sensor (for when on the side of the planet that is where said water is leaving the atmosphere)||wireless to orbiter||Solar power||Orbiter|
|Tunneling underground||From bottom of lander then drilling into ground||temperature, moisture in ground||thermocouple and moisture sensor||drills back up to surface to send wireless data to orbiter||some kind of battery||Lander|