How fast will Perseverance be traveling?
NASA rover drivers have revealed how Perseverance uses its self-driving abilities to map out a safe path and reach top speeds on Mars. Traveling less than one mile per hour might not seem fast, but on Mars , those speeds are more than enough for the Perseverance rover to break all records.
NASA recently celebrated Perseverance’s first year on the Red Planet and the rover is now moving on to more promising terrain, the river delta, which involves a long and dangerous journey. Perseverance, alongside its faithful flying companion, the Mars Helicopter Ingenuity, is moving across the Jezero Crater to get to the destination of its next assignment.
NASA scientists believe that the river delta is the best place for Perseverance to fulfill its mission of finding signs of life on Mars. Perseverance is not just driving there, it is speed racing. In a new video , a NASA JPL rover driver explained that Perseverance is » thinking while driving » and can hit a top speed of 0.
1 miles per hour. This speed allows the rover to cover 300 yards per day while staying safe on the tough Mars terrain. While Perseverance is not the first rover to be equipped with self-driving software, it is by far the most advanced.
Curiosity, for example, had to stop, analyze the road using captured images, and then choose the safest path. Perseverance can do all this while driving, making it the fastest rover to ever journey on Mars.
How fast does Perseverance move on Mars?
Rover Speed — By Earth vehicle standards, the Perseverance rover is slow. By Martian vehicle standards, however, Perseverance is a standout performer. The rover has a top speed on flat, hard ground of 4. 2-centimeters per second, or 152 meters per hour. This is a little less than 0.
1-miles per hour. For comparison, a 3 mile-per-hour walking pace is 134 centimeters per second, or 4,828 meters per hour. In the case of exploring Mars, however, speed isn’t the most relevant quality. It’s about the journey and the destinations along the way.
The slow pace is energy efficient consuming less than 200-watts. Compare that to a 200-horsepower car engine, consuming nearly 150,000-watts!.
How far does Perseverance travel a day?
Perseverance also recently broke a record for the most distance driven by a Mars rover in a single day, traveling almost 1,050 feet (320 meters) on Feb. 14, 2022, the 351st Martian day, or sol, of the mission.
How far did the Perseverance rover travel?
- Science & Astronomy
A «selfie» captured by NASA’s Perseverance rover, which is searching for signs of ancient life on Mars. (Image credit: NASA/JPL-Caltech/MSSS) The Perseverance rover’s self-driving function is working just great on Mars, according to NASA’s Jet Propulsion Laboratory. The mission, not quite at one Earth year on Mars, has topped a new distance record for Red Planet rovers.
- On Friday (Feb;
- 4) Perseverance made the longest drive completed in a single Martian day, or sol, traveling 806;
- 3 feet (245;
- 76 meters), the rover’s Twitter feed reported;
- Previously that record was held by NASA’s Opportunity rover , which traversed 702 feet (214 meters) in a single day in 2015, according to NASA (opens in new tab);
«After a few months exploring this area, I’m on the move. Thanks to my self-driving function, I can cover more ground in a day than ever before,» the tweet (opens in new tab) read, adding, «Places to go, rocks to see. » Related: Where to find the latest Mars photos from NASA’s Perseverance rover After a few months exploring this area, I’m on the move.
Thanks to my self-driving function, I can cover more ground in a day than ever before. Just set a new Martian record of 243. 3 meters, and then yesterday, another: 245. 76 meters. Places to go, rocks to see! 🪨 pic.
twitter. com/XCHSdN1mZB February 6, 2022 See more The rover had been squatting in place for several weeks to troubleshoot a rock sample it collected, which temporarily choked the machine’s «throat» with Mars rocks. With that problem now cleared, Perseverance is doing some last-minute scouting before attempting a multi-kilometer drive to a nearby delta, recent blog posts indicated.
- «The science team has been hard at work preparing for our next phase of science operations, which will take us towards [a] western delta,» a Jan;
- 31 blog post (opens in new tab) indicated;
- Deltas are areas where water flowed, which could provide a rich environment for the rover’s ultimate mission to collect samples that could have hosted ancient microbes;
«To prepare, the team has been taking long-distance observations of the delta and layers along Artuby ridge with both the Mastcam-Z and SuperCam instruments,» the blog post continued, but it suggested there will be a few pit stops first. Mission managers must strike a delicate balance between staying in one spot to perform sample collection and moving the rover along to look at other zones in the area.
In the case of the predecessor mission Curiosity , for example, there were periodic debates about how quickly to push the rover to its ultimate destination: Mount Sharp (Aeolis Mons). Curiosity was also finding plenty of signs of water in flatter areas nearby, encouraging periodic pit stops.
Follow Elizabeth Howell on Twitter @howellspace (opens in new tab). Follow us on Twitter @Spacedotcom (opens in new tab) or on Facebook (opens in new tab). Join our Space Forums to keep talking space on the latest missions, night sky and more! And if you have a news tip, correction or comment, let us know at: community@space. Elizabeth Howell, Ph. , is a contributing writer for Space. com (opens in new tab) since 2012. As a proud Trekkie and Canadian, she tackles topics like spaceflight, diversity, science fiction, astronomy and gaming to help others explore the universe. Elizabeth’s on-site reporting includes two human spaceflight launches from Kazakhstan, and embedded reporting from a simulated Mars mission in Utah.
com. She holds a Ph. and M. Sc (opens in new tab). in Space Studies from the University of North Dakota, and a Bachelor of Journalism from Canada’s Carleton University. Her latest book, NASA Leadership Moments, is co-written with astronaut Dave Williams.
Elizabeth first got interested in space after watching the movie Apollo 13 in 1996, and still wants to be an astronaut someday..
Why does it take 7 months to get to Mars?
The problems with calculating travel times to Mars — Of course, the problem with the previous calculations is that they measure the distance between the two planets as a straight line. Traveling through the farthest passing of Earth and Mars would involve a trip directly through the sun, while spacecraft must of necessity move in orbit around the solar system’s star.
Although this isn’t a problem for the closest approach, when the planets are on the same side of the sun, another problem exists. The numbers also assume that the two planets remain at a constant distance; that is, when a probe is launched from Earth while the two planets are at the closest approach, Mars would remain the same distance away over the 39 days it took the probe to travel.
Related: A brief history of Mars missions In reality, however, the planets are continuously moving in their orbits around the sun. Engineers must calculate the ideal orbits for sending a spacecraft from Earth to Mars. Their numbers factor in not only distance but also fuel efficiency.
- Like throwing a dart at a moving target, they must calculate where the planet will be when the spacecraft arrives, not where it is when it leaves Earth;
- Spaceships must also decelerate to enter orbit around a new planet to avoid overshooting it;
How long it takes to reach Mars depends on where in their orbits the two planets lie when a mission is launched. It also depends on the technological developments of propulsion systems. According to NASA Goddard Space Flight Center’s website, the ideal lineup for a launch to Mars would get you to the planet in roughly nine months.
- The website quotes physics professor Craig C;
- Patten (opens in new tab) , of the University of California, San Diego: «It takes the Earth one year to orbit the sun and it takes Mars about 1;
- 9 years (say 2 years for easy calculation) to orbit the sun;
The elliptical orbit which carries you from Earth to Mars is longer than Earth’s orbit but shorter than Mars’ orbit. Accordingly, we can estimate the time it would take to complete this orbit by averaging the lengths of Earth’s orbit and Mars’ orbit. Therefore, it would take about one and a half years to complete the elliptical orbit.
«In the nine months it takes to get to Mars, Mars moves a considerable distance around in its orbit, about three-eighths of the way around the sun. You have to plan to make sure that by the time you reach the distance of Mar’s orbit, Mars is where you need it to be! Practically, this means that you can only begin your trip when Earth and Mars are properly lined up.
This only happens every 26 months. That is, there is only one launch window every 26 months. » The trip could be shortened by burning more fuel — a process not ideal with today’s technology, Patten said. Evolving technology can help to shorten the flight. NASA’s Space Launch System (SLS) will be the new workhorse for carrying upcoming missions, and potentially humans, to the red planet.
- SLS is currently being constructed and tested, with NASA now targeting a launch in March or April 2022 for its Artemis 1 flight, the first flight of its SLS rocket;
- Robotic spacecraft could one day make the trip in only three days;
Photon propulsion would rely on a powerful laser to accelerate spacecraft to velocities approaching the speed of light. Philip Lubin, a physics professor at the University of California, Santa Barbara, and his team are working on the Directed Energy Propulsion for Interstellar Exploration (DEEP-IN).
The method could propel a 220-lb. (100 kilograms) robotic spacecraft to Mars in only three days, he said. «There are recent advances which take this from science fiction to science reality,» Lubin said at the 2015 NASA Innovative Advanced Concepts (NIAC) fall symposium.
«There’s no known reason why we cannot do this.
How long will it take starship to get to Mars?
The notional journeys outlined in the November 2016 talk would require 80 to 150 days of transit time, with an average trip time to Mars of approximately 115 days (for the nine synodic periods occurring between 2020 and 2037).
Which Mars rover is the fastest?
Animation of the Perseverance Rover driving on Mars. NASA/JPL-Caltech Perseverance is in a drive campaign going faster than any previous rover. How fast, you may ask? Its actual speed is just under a tenth of a mile per hour, but it’s faster than its predecessors. It is making comparatively rapid progress by devoting several hours per day to driving on very smooth terrain.
That has allowed Perseverance to break previous rovers’ records for the distance traveled in one day, now standing at 319. 8 m, the distance it traveled on Sol 351. Curiosity made a number of drives over 100 meters, but none over 200 meters.
That was due in part to rockier terrain. Like Perseverance, Opportunity, which landed way back in 2004, had some very smooth patches of terrain, allowing it to travel up to 228 meters in one day using solar power just a year after its landing. Mars Perseverance Sol 388 – Right Navigation Camera: Image acquired on March 24, 2022 (Sol 388) at the local mean solar time of 15:50:05 by the Right Navigation Camera (Navcam), showing the back of the rover and its wheel tracks. Credit: NASA/JPL-Caltech Overall, it’s not just the single-day drive that matters; it is more difficult to put together a continuous campaign. That requires enough energy, enough time in the day, and enough data volume to Earth to support next-day drive decisions.
Perseverance seems to have all of that, allowing our team to put together a sustained campaign that has met and exceeded expectations. In one week it has traveled about 1. 5 km, effectively a rate of one mile per week.
As of Friday, March 25, 2022, which was Sol 389, Perseverance had driven a total of 6. 6 km (4. 1 miles). You can watch the progress of Perseverance here. I must admit that I was much more pessimistic. Over the years I have seen many unexpected situations that bedeviled planetary rovers, so I tend to expect the unexpected, having a «wait-and-see» attitude toward new achievements.
So I am truly excited to see Perseverance pull off this rapid drive campaign. In terms of overall distance, Perseverance has a lot left if it wants to catch up with Opportunity (45 km) or Curiosity (over 27 km).
I believe Perseverance will eventually surpass these other rovers, but we’ll have to wait and see. Not to be missed, Perseverance’s intrepid companion, Ingenuity’s longest single-day flight (#9) was 625 m, logged back in July 2021. That is about twice as far in one day as the rover has gone.
How long would it take a human to get to Mars?
Space has been a location of intrigue and curiosity for as long as humanity has existed. The mysteries of the solar system are far from being fully understood, and many challenges are yet to be conquered. For decades now, ever since humans reached the moon, the next target has been Mars.
While humans have yet to land on the red planet, Nasa has managed to successfully land its newest robotic rover Perseverance on Mars after a 300-mile journey. The landing, which saw the robot become the ninth spacecraft to land on the surface of Mars, marks the beginning of a mission to search for past signs of life on the planet.
This is what you need to know about the distance to Mars, and why we have not yet reached the red planet. How long does it take to get to Mars? Despite the continued efforts of Nasa , sending humans to the red planet has felt like a far-off goal — until recently.
- According to the space agency, we can now expect humans to land on Mars within the next two decades;
- Reaching the planet will be a feat on its own, as Mars is between 34-250 million miles away from Earth, depending on the planetary rotation around the sun;
On average, the distance between Earth and Mars is 140 million miles, according to Nasa. If you were to reach Mars based on the current speeds of spaceships, it would take roughly nine months, according to the Nasa Goddard Space Flight Centre’s website.
Unmanned spacecraft travelling to Mars have taken anywhere from 128 days to 333 days to reach the red planet. According to physics professor Craig Patten, of the University of California, San Diego, a trip could be shortened by burning more fuel, but it would not be advisable.
Nasa reveals breathtaking selfie from Mars that is unlike any before Currently, the space agency is following a five-step plan for getting astronauts there, but the likely outcome will be at least a three-year journey to and back from the planet. What other challenges face astronauts landing on Mars? The health of astronauts going to Mars is a major challenge for scientists and researchers for a few reasons.
According to Dorit Donoviel, director at Translational Research Institute for Space Health, the first reason is because the length of the trip. Because astronauts will be away for roughly three years, it means that any health issues that arise must be able to be dealt with away from Earth, making even the most minor illness cause for concern.
«Having a simple kidney stone in space for example can be life-threatening,» Donoviel said. «In addition to those regular concerns that could occur in that mission, we are going to have the extremely hostile environment of the space environment and the craft.
So, we are going to have to contend with situations where they are going to have to provide their own healthcare. » Nasa releases audio of recordings from surface of mars Researchers must also consider the psychological effects of the journey, which will see astronauts confined to small spaces for extended periods of time.
Once humans reach the planet, they will continue to be confined to spacesuits, as the temperatures on Mars are extreme and capable of changing 170 degrees in a day. In addition to having a temperature that is below-zero on average, the planet’s air is also largely made up of carbon dioxide.
What materials is Perseverance made of?
New Wheels for Perseverance — Engineers redesigned the Mars 2020 Perseverance rover’s wheels to be more robust due to the wear and tear the Curiosity rover wheels endured while driving over sharp, pointy rocks. Perseverance’s wheels are narrower than Curiosity’s, but bigger in diameter and made of thicker aluminum.
How long would it take to get to Mars with a nuclear rocket?
How long would a trip to Mars take? — Contrary to the ‘point and shoot’ idea, an actual trip to mars looks very round a bout as the figure above shows for a typical ‘minimum cost’ trajectory. This, by the way, is called a Hoeman Transfer Orbit, and is the main stay of interplanetary space travel.
- It depends on the details of the orbit you take between the Earth and Mars;
- The typical time during Mars’s closest approach to the Earth every 1;
- 6 years is about 260 days;
- Again, the details depend on the rocket velocity and the closeness of the planets, but 260 days is the number I hear most often give or take 10 days;
Some high-speed transfer orbits could make the trip in as little as 130 days. For a more detailed discussion, see the course notes for Physics 6 by Prof. Craig Patten at UC. San Diego. I will capture the relevant comments below: How long does it take? It takes the Earth one year to orbit the Sun and it takes Mars about 1.
9 years ( say 2 years for easy calculation ) to orbit the Sun. The elliptical orbit which carries you from Earth to Mars is longer than Earth’s orbit, but shorter than Mars’ orbit. Accordingly, we can estimate the time it would take to complete this orbit by averaging the lengths of Earth’s orbit and Mars’ orbit.
Therefore, it would take about one and a half years to complete the elliptical orbit above ( solid and dashed parts! ). Since it would be nice to spend some time at Mars, we are only interested in the one way trip ( solid line ) which is half of the orbit, and would take half the time of the full orbit, or about nine months.
So it takes nine months to get to Mars. It is possible to get to Mars in less time, but this would require you to burn your rocket engines longer, using more fuel. With current rocket technology, this isn’t really feasible.
In the nine months it takes to get to Mars, Mars moves a considerable distance around in its orbit, about 3/8 of the way around the Sun. You have to plan ahead to make sure that by the time you reach the distance of Mar’s orbit, that Mars is where you need it to be! Practically, this means that you can only begin your trip when Earth and Mars are properly lined up.
- This only happens every 26 months;
- That is there is only one launch window every 26 months;
- After spending 9 months on the way to Mars, you will probably want to spend some time there;
- In fact, you MUST spend some time at Mars! If you were to continue on your orbit around the Sun, then when you got back to where you started, Earth would no longer be where you left it! In order to get out of your elliptical orbit around the Sun, and into Mars orbit, you will again need to burn some fuel;
If you want to explore the surface of Mars, you will also need fuel to get your lander off the surface of Mars. On the first trip to Mars, it is necessary to bring all of this fuel with you to Mars. ( Maybe someday we could manufacture rocket fuel on Mars ).
In fact, you can only land a small part of the ship on Mars, because landing everything on the surface and lifting it off again would require enormous amounts of fuel. Therefore, you will probably leave part of the ship, including all the supplies for the trip home, orbiting Mars, while part of the crew goes to explore the surface.
Just like you have to wait for Earth and Mars to be in the proper postion before you head to Mars, you also have to make sure that they are in the proper position before you head home. That means you will have to spend 3-4 months at Mars before you can begin your return trip.
All in all, your trip to Mars would take about 21 months: 9 months to get there, 3 months there, and 9 months to get back. With our current rocket technology, there is no way around this. The long duration of trip has several implications.
First, you have to bring enough food, water, clothes, and medical supplies for the crew in addition to all the scientific instruments you will want to take. You also have to bring all that fuel! In addition, if you are in space for nine months, you will need a lot of shielding to protect you from the radiation of the Sun.
Water, and cement make good shielding but they are very heavy. All together, it is estimated that for a crew of six, you would need to 3 million pounds of supplies! The Shuttle can lift about 50,000 pounds into space, so it would take 60 shuttle launches to get all your supplies into space.
In the history of the Shuttle, there have only been about 90 launches, and there are less than ten launches per year. So with the shuttle, it would take six years just to get the supplies into space. For this reason, you would probably need to develop a launch system that could lift more than 50,000 pounds into space.
Even with a better launch vehicle, it is unlikely that you could launch the Mars mission all at once. You will have to launch it in several pieces and assemble them in orbit. Second, you are going to be in space for an extended period of time, and there a physiological consequences of being weightless for long periods of time.
For one, your muscles do not need to work as hard. In response to being used less, your muscles begin to shrink or atrophy. Remember, your heart is also a muscle, and pumping blood around your body is easier in the weightless environment of space, so your heart gets weaker as well.
- On an extended space voyage, your muscles might become so weak that it would be difficult for you to stand upright once you return to an environment where you are subject to gravity;
- Just like your muscles have to do less work to move you around in space, your bones are not needed as much;
The main function of your skeleton is to support the weight of your body. When you are weightless in space, your body realizes that the bones are not being used as much and they begin to lose calcium, and become more brittle. These are serious effects which may impair the ability of the astronauts to carry out experiments and tasks when they get to Mars, where they will be subjected to gravity again.
- In order to study these physiological effects of long duration weightlessness, you need to do experiments on people who have been weightless for extended periods of time;
- Currently the Russian Mir space station is one place where astronauts can stay for extended periods of time, and research into these effect is ongoing;
But since you will need to conduct many more experiments, and you will also need a place to assemble the mission, it will probably be necessary to construct a larger space station to be used as a staging ground for the mission to Mars..
How far can the Mars rover travel in a day?
The rovers were designed to trek up to 100 meters (about 110 yards or 328 feet) across the martian surface each martian day, though they have gone much farther.
Where is the Perseverance rover currently?
Perseverance landed in February 2021 inside Jezero Crater , which mission scientists have said hosted a lake and a river delta billions of years ago.
How fast did curiosity travel through space?
Aug. 3: MSL Right on Course — TCM-5 Cancelled — With less than three days to go before touchdown on the Red Planet, Curiosity remains in good health, with all systems operating as expected. Given the Mars Science Laboratory spacecraft’s consistent and stable course, today the project decided that the planned Trajectory Correction Maneuver 5 (TCM-5) and its corresponding update to parameters for the autonomous software controlling events during entry, descent and landing will not be necessary.
As of 12:35 p. today PDT (3:35 p. EDT), the Mars Science Laboratory spacecraft was approximately 468,000 miles (753,200 kilometers) from Mars, or a little less than twice the distance from Earth to the moon.
It is traveling at about 8,000 mph (3,576 meters per second). It will gradually increase in speed to about 13,200 mph (5,900 meters per second) by the time it reaches the top of the Martian atmosphere.
How long does it take to get to Mars from Earth at the speed of light?
Traveling At the Speed of Light Towards Mars If you were to travel at the speed of light, which is around 300,000 kilometers per second or 186,000 miles per second in a vacuum, you would reach Mars at its closest possible approach to Earth in just 3. 03 minutes , or 182 seconds.
How Fast Is space travel?
But Einstein showed that the universe does, in fact, have a speed limit: the speed of light in a vacuum (that is, empty space). Nothing can travel faster than 300,000 kilometers per second (186,000 miles per second).
How long does it take a signal from Perseverance to travel from Mars to Earth?
Ultra-High Frequency Antenna — Most often, Mars 2020 uses its ultra-high frequency (UHF) antenna (about 400 megahertz) to communicate with Earth through NASA’s orbiters around Mars. Because the rover and orbiter antennas are within close range of each other, they act a little like walkie-talkies compared to the long-range telecommunications with Earth provided by the low-gain and high-gain antennas.
It generally takes about 5 to 20 minutes for a radio signal to travel the distance between Mars and Earth, depending on planet positions. Using orbiters to relay messages is beneficial because they are much closer to Perseverance than the Deep Space Network (DSN) antennas on Earth.
The mass- and power-constrained rover can achieve high data rates of up to 2 megabits per second on the relatively short-distance relay link to the orbiters overhead. The orbiters then use their much larger antennas and transmitters to relay that data on the long-distance link back to Earth.
Where is Mars Perseverance now?
- Science & Astronomy
NASA’s Mars rover Perseverance has arrived at the ancient river delta that once existed on the floor of Jezero Crater. The rover took this image on April 16, 2022. (Image credit: NASA/JPL-Caltech/ASU) NASA’s life-hunting Perseverance Mars rover just reached a big mission milestone. Perseverance has arrived safely at the remains of an ancient Red Planet river delta on the floor of the 28-mile-wide (45 kilometers) Jezero Crater, NASA announced today (April 19).
- Mission team members said the delta will be a «veritable geologic feast» for Perseverance, which is hunting for signs of fossilized Mars life;
- (The most promising rocks will be cached for a sample-return mission campaign that NASA and its European counterpart intend to launch later this decade;
) «We’ve been eyeing the delta from a distance for more than a year while we explored the crater floor,» Ken Farley, Perseverance project scientist at the California Institute of Technology, said in a statement (opens in new tab) Wednesday (April 19) from NASA’s Jet Propulsion Laboratory (JPL), which manages Perseverance’s mission.
Now that the rover is in the region, its next moves will be «obtaining images of ever-greater detail revealing where we can best explore these important rocks,» Farley added. Related: 12 amazing photos from the Perseverance rover’s 1st year on Mars Perseverance landed in February 2021 inside Jezero Crater, which mission scientists have said hosted a lake and a river delta billions of years ago.
Such conditions should be amenable to microbes, meaning the delta region is a rich area to search for signs of Mars life (if it ever existed). The rover was working somewhat south and west of its landing site during its first (Earth) year on Mars but recently made it way back through the touchdown area to get to the delta.
Perseverance will spend about the next week driving to the southwest, and the west, to figure out how best to explore this patch of the delta. Perseverance’s data suggests that the delta deposits are about 130 feet (40 meters) above the crater floor, and the teams are considering two options, according to the JPL statement.
The preferred route, at least for now, is through a region nicknamed «Hawksbill Gap,» as it appears to be reachable in a shorter time. But a backup option, «Cape Nukshak,» is available in case data in the coming days shows it to be a safer route. The Perseverance rover spots its parachute on this image taken on April 8, 2022. (Image credit: NASA/JPL-Caltech) «Whichever route Perseverance takes to the plateau atop the delta, the team will perform detailed science investigations, including taking rock core samples, on the way up, then turn around and do the same thing on the way back down,» JPL officials said in the statement.
The rover will spend roughly six months picking up eight samples during this maneuvering campaign, called Delta Front. The plan then calls for Perseverance to go on top of the delta again, perhaps taking the backup option to sample a region untraveled before, to spend six more months on a «Delta Top Campaign.
» «The delta is why Perseverance was sent to Jezero Crater: It has so many interesting features,» Farley said. «We will look for signs of ancient life in the rocks at the base of the delta, rocks that we think were once mud on the bottom of ‘Lake Jezero.
‘» Perseverance will also attempt to pick up sand and rock fragments originating from upstream, in areas that the rover is not expected to visit during its lifetime on Mars. Farley said the geography will be an immense help: «We can take advantage of an ancient Martian river that brought the planet’s geological secrets to us.
» JPL officials added that Perseverance began its second science campaign a month earlier than expected, due to its upgraded autonomous hazard-detection system that allows it to dodge obstacles in Jezero Crater such as boulders, sharp rocks, craters and sandpits.
(The rover was commanded to halt and turn in place 55 times to avoid hazards during this latest road trip, JPL added. ) By contrast, NASA’s decade-older Curiosity Mars rover had to turn back recently from a planned route due to dangerous «gator-back» terrain.
Curiosity also sports an older version of Martian wheel less optimized for the sometimes treacherous terrain, as compared to Perseverance. JPL officials say (opens in new tab) that Percy’s wheels have twice as many treads and a gentle curve, which is more adaptable to the terrain.
- Follow Elizabeth Howell on Twitter @howellspace (opens in new tab);
- Follow us on Twitter @Spacedotcom (opens in new tab) or Facebook;
- Join our Space Forums to keep talking space on the latest missions, night sky and more! And if you have a news tip, correction or comment, let us know at: community@space;
com. Elizabeth Howell, Ph. , is a contributing writer for Space. com (opens in new tab) since 2012. As a proud Trekkie and Canadian, she tackles topics like spaceflight, diversity, science fiction, astronomy and gaming to help others explore the universe. Elizabeth’s on-site reporting includes two human spaceflight launches from Kazakhstan, and embedded reporting from a simulated Mars mission in Utah.
She holds a Ph. and M. Sc (opens in new tab). in Space Studies from the University of North Dakota, and a Bachelor of Journalism from Canada’s Carleton University. Her latest book, NASA Leadership Moments, is co-written with astronaut Dave Williams.
Elizabeth first got interested in space after watching the movie Apollo 13 in 1996, and still wants to be an astronaut someday..