Using an accelerometer and a handful of sensors, a team of Colorado State University students has created the Spatial Hand Remote. The gadget controls the flight of a remote control airplane through the sensors in a glove.
The movement of the plane follows the movement of the glove. As the hand in the glove tilts to the right or left, so does the plane. Sensors attached to fingers are used to control the throttle, roll reverse, and the on-off switch. The user's hands control the plane like a maestro controling an orchestra.
Click the image below for a slideshow on the Spatial Hand Remote.
The Spatial Hand Remote lets users fly a remote control airplane intuitively. The idea is to track the position of the right hand, so that the plane can follow the same orientation as it flies.
The use of hand controls using basic gestures is somewhat natural in terms of operating devices. Adding electronics to ordinary garments like gloves allow basic hand gestures to happen naturally and reduces the learning curve to operate the attached device under control. Just like you, I'm watching this technology closely to see the final outcome.
mrdon, I am sure you are right. I just kind of worry about the cost of the learning curve. I can't remember if it was crashable or not. Everyone seems to be into using your hands as controllers these days. It's a good thing I think. See where it leads.
Now, the use of these gloves to engage with repair robots for the ISS is an exceptional technologyy application. With haptics incorporated in the gloves, the astronauts will truly be immersed in the repair of the ISS. Not only can they see the damage part but feel the significance of its physical attributes as well during the repairs.
I'm developing a bunch of gadgets for my Raspberry Pi (RPi) course on Udemy and the two Arduino books under development I would love to share with DN readers. Here's a link to my online course. I'm still evangelizing to my students the benefits of submitting their tech projects to Design News magazine.
Debra, I think the practicality is in the way that many remote control devices prove their worth -- by directing action in places that are dangerous for humans. While this gadget itself doesn't necessarily fall into this role, the technology behind it does.
The 2015 Gadget Freak of the Year goes to the DDV-IP -- or, a Drink Deliver Vehicle – Inverted Pendulum. The gadget is a two-wheeled self-balancing robot that can deliver cold beverages to thirsty folks on a hot summer day. A wireless RF remote enables manual control of the device beyond the act of self-balancing. All of the features of the DDV-IP result in an effective delivery vehicle while providing entertainment to the users.
If you have a Gadget Freak project, we have a reader who wants to make it. And not only will you get your 15 minutes of fame on our website and social media channels, you will also receive $500 and be automatically entered into the 2015 Gadget Freak of the Year contest.
Focus on Fundamentals consists of 45-minute on-line classes that cover a host of technologies. You learn without leaving the comfort of your desk. All classes are taught by subject-matter experts and all are archived. So if you can't attend live, attend at your convenience.