Sep 2, 2019

FIRST LEGO League students visit Hovertechnics for Hoverhouses project

Hovercraft technology can often play an important role in education – exemplified by a recent student visit to Hovertechnics. The four 5th grade students, part of the robotics team at Ann Arbor Christian School in Michigan, are participating in FIRST LEGO League, a program dedicated to helping 4th-8th graders strive to become leaders and innovators in science, technology, engineering and math.

The students entered the FIRST LEGO League “City Shaper Challenge”, which inspires students by asking, What if you could build a better world? Where would you begin?” Student teams are tasked to choose and solve a real-world problem, involving building and programming an autonomous robot.

Their mentor, Peter Chen, Professor of Computer Science at the University of Michigan, describes the students’ idea: “Their project involves hovercraft and earthquakes. Their idea is to protect buildings by making them "hover" above the ground during an earthquake, similar to how a hovercraft hovers above the ground / ice / water as it travels. They’ve built a small prototype that demonstrates their idea with a computer fan and LEGOs.”

The students named their team the Hoverheads, and titled their project “Hoverhouses”.

Hovertechnics staff welcomes the Hoverheads with their prototype Hoverhouse ...
Left to right: Robbie Sliter and Justin Peters, hovercraft builders; Duane Bourlier, Hovertechnics President; Jim Martin, assistant to the president and Hoverheads Jared, Nolan, Pascal, and Joey ...

The Hoverheads learned from their impressive research that a technique called “base isolation” has been used since the 1970s to minimize earthquake damage to buildings. This involves constructing buildings to rest on flexible bearings or pads known as base isolators, which work in a manner similar to car suspension or shock absorbers. As their presentation explains, “Current base isolation reduces acceleration by only 50%.” and “An earthquake of magnitude >7.0 occurs every 24 days.”

Their conclusion? Inspired by hovercraft, Hoverhouses are a better base isolation technique: During an earthquake, the building rises and sits on a cushion of air. This provides better isolation between the building and the ground and almost completely eliminates building acceleration during an earthquake. Earthquake early warning systems provide several seconds of advance warning to turn on the fans. Propellers keep the building from moving around while hovering.”


Hoverhouse prototypes

In their excitement about hovercraft technology, the students wanted to see how their theory translated into practice. Professor Chen says, “We were interested in visiting a hovercraft manufacturer and were glad to find that there was a prominent manufacturer right here in Michigan.” Hovertechnics was pleased to welcome the kids and help them learn about hovercraft technology …

The Hoverheads demonstrate their Hoverhouse prototype
to Hovertechnics’ personnel ...

President Duane Bourlier and his assistant Jim Martin
explain hovercraft skirts to the Hoverheads ...

President Duane Bourlier introduces the Hoverheads
to Hovertechnics hovercraft construction ...
Left to right: Jared, Nolan, Pascal, Joey and President Duane Bourlier ...

Hovertechnics’ Jim Martin lets Nolan experience hovercraft safety gear …

It’s Hoverhead Pascal’s turn to try on safety gear 

Headsets donned, (left to right) Pascal, Nolan, Jared and Joey are ready
for their first hovercraft flight …

All set to go! Jared takes flight with Hovertechnics’ Justin Peters …

Professor Peter Chen says the students thoroughly enjoyed their visit to Hovertechnics. “The kids are excited about the technology used in hovercraft, so it was a treat for them to see some real hovercraft and learn more about them,” he reports. “The highlight of our time was getting to ride in one of the hovercraft, and they learned a lot about how hovercraft are designed and manufactured. Thank you for letting us visit Hovertechnics.”

Do you think the students’ idea of using hovercraft technology to support buildings during earthquakes is unrealistic? We think you’ll change your mind when you click the link below and see how this technology has been used in a similar way …


Hovercraft technology floats 7,000+ lb. building ...





Jun 5, 2019

China’s Marine Department relies on Hovertechnics Rescue Hovercraft


Earlier this year, a Hovertechnics Hoverguard 1000 hovercraft was purchased by the Marine Department in China, to be used by the SuiNing Coast Guard in SiChuan Province for rescue operations.

Here, the hovercraft undergoes final test flights and thorough inspections before being shipped to China …


From left: Robbie Sliter, Chris Fitzgerald, Duane Bourlier and Justin Peter.

Recently, the Marines’ hovercraft was featured in emergency rescue drills conducted by the Sichuan Provincial Transportation Department and the Zigong government at the intersection of the Tuojiang and Shi Rivers. More than 200 people from 10+ aquatic emergency departments participated in the exercise ...

Closing ceremony at the conclusion of the rescue drills.
The rescue drills were conducted in order to strengthen water traffic safety and to improve the joint emergency response capacity and deployment speed of multiple rescue departments.

Rescue equipment appearing along with the showcased Hovertechnics hovercraft were drones, intelligent life buoys, underwater robots and other advanced technology.

Hovertechnics Hoverguard 1000 at rescue drill in China.

Li Liqiang, Director of the Safety and Security Department of the Bureau of Transport of the Sichuan Provincial Department of Transportation, said, “The use of these smart devices has greatly improved rescue efficiency. And some of the equipment can be used in some extreme environments.”

Hovercraft, of course, are well known for their ability to operate in extreme environments, taking first responders rapidly into areas not accessible by other vehicles.

We at Hovertechnics are honored to contribute to the speed and safety of rescue operations around the world.