Curiosity Rover Retweeted
Extra! Extra! The New @NASA Mars Report is here:
@NASAInSight readies for launch
@MarsRovers Opportunity uses abrasion tool for 1st time in 300 sols
@MarsCuriosity celebrates 2,000 Martian days on the Red Planet
Visit https://mars.nasa.gov for more
@NASAInSight readies for launch
@MarsRovers Opportunity uses abrasion tool for 1st time in 300 sols
@MarsCuriosity celebrates 2,000 Martian days on the Red Planet
Visit https://mars.nasa.gov for more
Once, twice, three times a rover… I’ve been on the Red Planet for three Martian years. That’s 3x longer than my mission was designed to last.
Keep up with my team through our blog: https://go.nasa.gov/2hfCEW2
Looks like we made it: 2,000 sols on Mars, you guys!
I’m looking back on 2,000 Martian days of exploration, and literally looking forward to climbing higher in those to come. The area ahead contains clays I’m eager to investigate: https://go.nasa.gov/2HYZ0qp
Can you kick it with @NASA? Yes, you can. Get special access to @NASAInSight's launch to Mars if you can share its story in a unique way.
Apply for social media credentials by March 19 https://go.nasa.gov/2tHiZHB
Getting Back in a Martian Groove: Thanks to creative solutions by my engineering team, I'm testing a new method for drilling on Mars. Here’s the deep dive on the technique: https://go.nasa.gov/2EZptHg
“About 10 years ago, I caught @MarsPhoenix, its aeroshell and parachute, right on the surface #AndThatsHowIGotThisScar… but, it’s getting better."
—Mars
: @HiRISE https://go.nasa.gov/2C9tCGG
: @HiRISE https://go.nasa.gov/2C9tCGG
Curiosity Rover Retweeted
Sunrise on Mars
Opportunity was built to last 90 sols, or Martian days. The rover has survived to see 5,000 days of exploration. Here, day breaks on 4,999. https://go.nasa.gov/2HkxUKM
Return to Sender: This meteorite fell to Earth from Mars. A piece of it will remain to help test #Mars2020’s laser. Part will fly back to the Red Planet aboard the rover. Find out why: https://go.nasa.gov/2G9CA4O
Mystic Crystal Revelations: (Scientific, really.) These tiny crystals may be what's left from an ancient lake on Mars, or when past groundwater moved through sediment. https://go.nasa.gov/2ES1TZA
I'm getting ready to climb this clay-rich slope. What are you up to?
(Before you ask, yes, I took this selfie. This explains how: https://go.nasa.gov/2DXwofq )
