Skip to main content
  1. Home
  2. Emerging Tech
  3. News

Dream Chaser passes a big milestone with a successful glide test landing

Add as a preferred source on Google

The Dream Chaser prototype spacecraft passed a big test yesterday, gliding to a successful landing on a runway in the Mojave Desert after it was dropped from a helicopter. The unmanned test landing marks a major milestone for the Sierra Nevada Corporation, after a similar 2013 flight ended in a crash after the landing gear failed to deploy correctly.

The success of the flight test likely marks the last milestone for a $227.5 million contract awarded to Sierra Nevada in 2012 for NASA’s Commercial Crew Integrated Capability (CCiCap) program.

Recommended Videos

The test had been long-planned but not publicly announced, according to Space Flight Now. The spacecraft was tethered to a heavy-duty helicopter with a 200-foot cable and released at an altitude of approximately 10,000 feet. Its on-board guidance system lined up the spacecraft with the runway during the steep final approach.

SNC is proud to announce the Dream Chaser® spacecraft had a successful free-flight test today @EdwardsAFB, with support of @NASAArmstrong. The Dream Chaser had a beautiful flight and landing! pic.twitter.com/lAn0n7FPsg

— Sierra Nevada Corporation (@SierraNevCorp) November 12, 2017

In August, the Dream Chaser was flown through the air for more than two hours during a captive-carry test while attached to a helicopter.

As Geek Wire notes, Sierra Nevada landed a different contract last year to use the Dream Chaser as an unmanned vehicle to transfer cargo back and forth to the International Space Station. A fully working version of the Dream Chaser could start making deliveries as soon as 2020, if all goes according to schedule. The company also has a contract with the United Nations to launch payloads into orbit on the Dream Chaser.

The Dream Chaser itself has an interesting and rather convoluted history. It was based on a secret Soviet design from the Cold War that turned into NASA’s HL-20, which never made it into space. A company called SpaceDev resurrected the design, but after its founder left to form a space tourism company, SpaceDev was purchased by Sierra Nevada in 2008.

Since then, they’ve had an on-again off-again relationship with NASA. Sierra Nevada got funding in 2012 under the CCiCap program, which paid out certain amounts as the spacecraft successfully completed several milestones.

In 2014, the space agency announced it would only fund the Dream Chaser rival programs, SpaceX’s Dragon and Boeing’s CST-100 spacecraft, for Commercial Crew Transportation Capability (CCtCap). Sierra Nevada filed a protest, but the government’s General Accounting Office upheld the decision.

The Dream Chaser was redesigned for cargo missions and in 2016, NASA announced that Sierra Nevada (along with SpaceX and a new company named Orbital ATK) would all be used for cargo missions to the space station in the upcoming future.

The first actual spaceflight of the Dream Chaser is planned for 2020. It will lift off atop a United Launch Alliance Atlas 5 booster from Cape Canaveral, and will touch down on the runway at the Shuttle Landing Facility at NASA’s Kennedy Space Center in Florida.

Mark Austin
Former Digital Trends Contributor
Mark’s first encounter with high-tech was a TRS-80. He spent 20 years working for Nintendo and Xbox as a writer and…
Anker just exposed a big problem with portable power stations
Appliance, Device, Electrical Device

When you're shopping for a portable power station, there's one number that's almost impossible to ignore: battery capacity. A 2 kWh battery should give you roughly 2 kWh of usable power, right? Unfortunately, things aren't quite that simple. Anker SOLIX has published new efficiency data for its S Series portable power stations, and it's putting the spotlight on something that doesn't get nearly as much attention as capacity: how much of the energy stored inside the battery actually makes it to your devices.

According to Anker, portable power stations are commonly advertised with efficiency figures measured under relatively heavy loads, where they can reach roughly 89% to 92% efficiency. But that's not necessarily how most people use one during an outage. Think about what you'd actually plug in. A Wi-Fi router might sip power continuously, a refrigerator switches its compressor on and off throughout the day, and a CPAP machine could run overnight. Together, those devices may draw just a fraction of what a large power station is capable of supplying. And that's where efficiency can start slipping.

Read more
OpenAI’s first gadget sounds like a tiny expressive AI companion
The device will have a doughnut-shaped body, built-in cameras, and moving parts
OpenAI press image

For months, reports have suggested that OpenAI’s first hardware product would be a screen-free smart speaker designed to act more like an AI companion. We already knew it could understand its surroundings, be carried around the home, and proactively help users. A new Bloomberg report now gives us a clearer picture of what the device may actually look like.

As per the report, OpenAI’s first gadget will be shaped like a doughnut and measure about the same size as a hockey puck. You will be able to carry it between rooms or leave it nearby on whatever surface is convenient. The device is expected to be on the expensive side, as the company has pondered pricing it around $300 to $400. A release is currently planned for 2027.

Read more
Google Antigravity just built an AI translator that works without the internet
Electrical Device, Switch, Robot

Google has shown off a new AI project that could make language barriers a little less intimidating, and it doesn't need an internet connection to do it. The company has introduced the Gemma Translator, a compact prototype built in collaboration with Antigravity. Unlike most AI translation tools that rely on cloud processing, this device runs entirely offline using Gemma 4 E2B, Google's lightweight open model. Everything happens locally on the device, making it both portable and independent of an internet connection. The prototype is powered by a Raspberry Pi 5 and includes a microphone and speaker inside a custom 3D-printed enclosure, creating a self-contained translator you can carry almost anywhere.

AI translation, without the cloud

Read more