70 INVENTIONS ON A WHOLE NEW LEVEL
Innovative Techs・2 minutes read
NASA is developing biopod capsules for growing plants on the moon, with self-sustaining capabilities and plans to send the first greenhouse to space in 2027. Various innovative technologies, such as Salto the robot, a color-changing BMW prototype, and a humanik leg, are advancing across different industries for enhanced functionality and performance.
Insights
- NASA is creating self-sustaining biopod capsules for growing plants on the moon, utilizing hydroponics or aquaponics equipment in a 16.5 ft tall, 36 ft long, and 19.6 ft wide greenhouse, with plans to launch the first prototype in 2027.
- Salto, a robot capable of performing various tricks, can jump up to 47 in high with a 10-minute charge allowing 100 jumps, showcasing agility and speed at 7 to 10 mph.
- Engineers have designed a hyper leg prototype mimicking the lower human limb, featuring a unique ankle joint enabling the foot to rotate sideways by 30° and raise and lower the toe towards the shin, enhancing mobility and functionality.
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Recent questions
What is the purpose of NASA's biopod capsules?
NASA is developing biopod capsules to grow plants on the moon, which are self-sustaining and monitor optimal conditions for plant growth. These capsules will utilize hydroponics or aquaponics equipment to grow crops without soil in greenhouses. The goal is to create a sustainable environment for plant growth in space, with the first prototypes being tested on Earth and the ISS before sending the first greenhouse to space in 2027.
How does the Salto robot operate?
Salto, a robot developed in 2016, can perform various tricks like clearing obstacles and following moving targets. With a 10-minute charge, Salto can perform 100 jumps, reaching up to 47 inches in height at speeds of 7 to 10 mph. This robot showcases impressive agility and power, making it suitable for a variety of tasks that require quick and precise movements.
What is the unique feature of the hyper leg prototype?
Engineers have developed a prototype of a humanik leg called hyper leg, which mimics the lower human limb's appearance and capabilities. The hyper leg has a unique ankle joint design that allows the foot to rotate sideways by 30° and raise and lower the toe towards the shin. This design feature enhances the leg's flexibility and range of motion, making it more adaptable to different movements and activities.
How does the FAR system by Tevel Aerobotics work?
The Israeli company Tevel Aerobotics has developed the FAR system with AI for fruit harvesting using drones connected to a wheel platform. This system allows drones to autonomously identify and harvest ripe fruit, increasing efficiency and reducing labor costs. By utilizing AI technology, the FAR system streamlines the fruit harvesting process, making it more precise and productive.
What is the key feature of the Alfreda S6 electric bike?
The Alfreda S6 three-wheeled electric bike is designed for city riding, combining stability and mobility. With three 14-inch wheels made of aluminum, the front wheels can tilt up to 40° and move up and down by 0.9 feet for stability. The electric bike can accelerate up to 25 mph with an electric motor powered by a lithium battery, providing a range of 19 miles on a 4-hour charge. This innovative design offers a comfortable and efficient urban commuting experience.
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