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1Scan for outdated or missing drivers - takes under a minute2Repair Windows errors before they cause bigger problems3Fix the driver behind crashes, sound loss and screen glitchesSpaceX’s Grasshopper showed that a rocket test vehicle could take off vertically, hover, and land upright under powered control. It was an important step in testing reusable-launch technology, but it did not prove that spaceflight had become cheap—or earn an official “perfect” rating. The headline phrase is best understood as shorthand for a successful test milestone, not a claim that one flight met every objective.
What Grasshopper was designed to test
Grasshopper was a SpaceX technology demonstrator for powered vertical takeoff and landing (VTVL). Its purpose was to exercise technologies that could help a launch vehicle stage return to Earth for reuse. It was a test vehicle, not an operational rocket carrying payloads to orbit.
The idea behind the tests was to learn how to control a vehicle through a powered descent and landing. In a statement reproduced in a 2015 congressional hearing, SpaceX said the Grasshopper and F9R-Dev tests “proved out the flight software, landing legs, and various other technologies necessary for a safe return to earth.” That is SpaceX’s characterization of the campaign, not an independent government finding. Read the hearing transcript.
How the test flights progressed
The first hop
Grasshopper’s first reported hop was modest: about six feet, lasting less than three seconds. The significance was not height or distance; it was the beginning of a program that could advance from a brief lift-off toward more demanding controlled-flight tests. Spaceflight Now’s report on the first hop.
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The 80.1-meter flight
In March 2013, one Grasshopper flight reached 80.1 meters (262.8 feet), hovered for about 34 seconds, and landed safely. Space.com reported the altitude and hover time, while a NASA-hosted Space Launch Report data sheet also records the 80.1-meter height and notes that liftoff and landing took place at the same spot. These figures describe that flight, not every Grasshopper test. Space.com’s flight report and the NASA-hosted data sheet provide the details.
The broader test campaign
SpaceX told Congress that Grasshopper and its successor test vehicle, F9R-Dev, conducted 13 test flights combined at the company’s McGregor facility between 2012 and 2014. The statement gives an aggregate count; it does not provide a complete flight-by-flight list of outcomes. The hearing transcript contains SpaceX’s account.
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What “perfect test flight” can—and cannot—mean
The sources describe successful or highly successful tests, but “perfect” is not a formal rating established for Grasshopper. A safe landing or a successful milestone on one flight does not establish that every test objective was met across the program. Nor does it show that a reusable orbital rocket was ready for routine service.
A more precise way to describe the achievement is that Grasshopper tested key elements of powered vertical landing, including flight software and landing hardware, through progressively more ambitious flights. The 80.1-meter flight demonstrated a controlled ascent, hover, and landing at the launch location; the campaign as a whole supplied testing experience that SpaceX said was relevant to safe vehicle return.
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Did Grasshopper make spaceflight cheaper?
No published figure in the cited material establishes a Grasshopper-era reduction in launch costs. Grasshopper tested technology; it was not itself evidence that a specific launch became cheaper. SpaceX’s current mission page says the company believes a fully and rapidly reusable rocket is pivotal to substantially reducing the cost of access to space. That is the company’s rationale and objective, not a measured result attributable to Grasshopper. SpaceX’s mission page.
Spaceflight Now reported an ambition attributed to SpaceX founder and CEO Elon Musk of reducing costs by a hundredfold. That figure should be read as an aspiration, not as a saving achieved by Grasshopper or an independently verified outcome. Spaceflight Now’s report on the 2013 test.
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Why the tests mattered
Grasshopper’s value was as a step in development: it allowed SpaceX to test vertical flight and landing-related systems before relying on recovery as part of operational launch activity. SpaceX’s current description of its approach refers to Falcon boosters landing on ocean droneships or at land-based zones, illustrating the company’s broader reuse strategy. That present-day context should not be confused with Grasshopper’s own role as a low-altitude demonstrator.
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