logo
Is there a launch today? Upcoming SpaceX, NASA, ULA rocket launch schedule at Cape Canaveral

Is there a launch today? Upcoming SpaceX, NASA, ULA rocket launch schedule at Cape Canaveral

Yahoo2 days ago
During the first six months of the year, an array of 56 orbital rockets took flight from Florida's Space Coast. This unpreceded pace will zoom beyond 2024's freshly established annual record of 93 launches — should the cadence continue through year's end.
Will a new launch record materialize at Cape Canaveral Space Force Station and NASA's neighboring Kennedy Space Center? Stay tuned.
The Cape's July launch schedule features a variety of SpaceX Starlink missions, with space fans anticipating target dates for NASA's SpaceX Crew-11 mission, United Launch Alliance's USSF-106 national security mission and Blue Origin's next New Glenn rocket liftoff.
Following are the latest missions coming up from the Cape. All launches are listed in Eastern Standard Time. But be aware: Dates and times routinely change for a wide variety of reasons.
For the latest mission updates and space news, visit floridatoday.com/space. For questions or comments, email FLORIDA TODAY Space Reporter Rick Neale at Rneale@floridatoday.com.
Cape Canaveral: Rocket launches in Florida: Here's an updating list of all 2025 missions from Cape Canaveral
Though SpaceX has yet to announce this mission, the Space Coast Office of Tourism indicates a Starlink launch from Cape Canaveral Space Force Station.
Mission: A SpaceX Falcon 9 will launch the next batch of Starlink internet satellites into low-Earth orbit.
Launch window: 1:48 a.m.
Trajectory: Northeast.
Location: Space Launch Complex 40
Live coverage: Starts 90 minutes before liftoff at floridatoday.com/space.
Mission: NASA and SpaceX will team up to send four crew members for a long-duration stay aboard the International Space Station.
Launch: TBA.
Location: TBA.
Live FLORIDA TODAY Space Team coverage: Starts two hours before liftoff at floridatoday.com/space.
Mission: Equipped with four solid rocket boosters, ULA's third Vulcan rocket will take flight on the Space Force's USSF-106 national security mission into geosynchronous orbit more than 22,000 miles above Earth.
Launch: TBA.
Location: Launch Complex 41 at Cape Canaveral Space Force Station.
Sonic booms: No.
Live FLORIDA TODAY Space Team coverage: Starts two hours before liftoff at floridatoday.com/space.
Mission: Blue Origin will launch its second powerhouse New Glenn rocket from Cape Canaveral Space Force Station.
Launch window: TBA.
Location: Launch Complex 36.
Live FLORIDA TODAY Space Team coverage: Starts two hours before liftoff at floridatoday.com/space.
Mission: Sierra Space will launch its uncrewed Dream Chaser space plane atop a ULA Vulcan rocket from Cape Canaveral Space Force Station.
Launch window: TBA.
Location: Launch Complex 41.
Live FLORIDA TODAY Space Team coverage: Starts two hours minutes before liftoff at floridatoday.com/space.
For the latest news and launch schedule from Cape Canaveral Space Force Station and NASA's Kennedy Space Center, visit floridatoday.com/space. Another easy way: Click here to sign up for our weekly Space newsletter.
Space is important to us and that's why we're working to bring you top coverage of the industry and Florida launches. Journalism like this takes time and resources. Please support it with a subscription here.
This article originally appeared on Florida Today: Rocket launch schedule: July missions from Cape Canaveral, Florida
Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

How synthetic lichens can launch Martian construction
How synthetic lichens can launch Martian construction

Yahoo

time2 hours ago

  • Yahoo

How synthetic lichens can launch Martian construction

This story was originally published on Construction Dive. To receive daily news and insights, subscribe to our free daily Construction Dive newsletter. As NASA continues its preparations to land a human on the moon via its Artemis program, new research points to the possibility of building on the surface of not just the moon, but also Mars. A research team has developed a synthetic lichen system that can form building materials with no outside intervention, according to a news release from College Station, Texas-based Texas A&M University. The team was led by Congrui Grace Jin, an assistant professor in the school's Department of Engineering Technology and Industrial Distribution. Jin's team developed a synthetic community, or group of lichen species, that makes use of the advantages of those multiple species, according to the release. This system, which could enable autonomous construction on the planet, eliminates the need for external nutrient supplies and could eventually convert biomaterials into ink for 3D printing. For years, NASA has leaned on the private sector to help field solutions that can lead to permanent structures in space. Building in space presents challenges that range from the prohibitive cost of transporting building materials along with the harsh lunar and Martian climates. In this case, the surface of Mars is covered in regolith, which can consist of dust, sand and rocks. But Jin's team believes they've found a way around that. Their system grows with only Martian regolith simulant, air, light and an inorganic liquid medium, according to the release. In other words, no manpower needed. 'We can build a synthetic community by mimicking natural lichens,' Jin said in the news release. 'We've developed a way to build synthetic lichens to create biomaterials that glue Martian regolith particles into structures. Then, through 3D printing, a wide range of structures can be fabricated, such as buildings, houses and furniture.' That next step — using this regolith ink to print bio-structures using the 3D printing technique of direct ink writing — is already underway, according to the release. 'The potential of this self-growing technology in enabling long-term extraterrestrial exploration and colonization is significant,' Jin said. The study was funded by the NASA Innovative Advanced Concepts program and recently published in the Journal of Manufacturing Science and Engineering. Recommended Reading GSA program to test 20 emerging technologies Sign in to access your portfolio

Volunteers experience life on Mars in the Utah desert
Volunteers experience life on Mars in the Utah desert

CNBC

time2 hours ago

  • CNBC

Volunteers experience life on Mars in the Utah desert

Humanity is far from colonizing Mars, but that's not stopping a group of space enthusiasts from practicing anyway. CNBC shadowed crew 315 on the last day of their analog mission at the Mars Desert Research Station near Hanksville, Utah. The crew showed us their habitat and took us along for an extravehicular activity (EVA) mission, where crew members tested out drones and Starlink internet for use on Mars. The station is run by the Mars Society nonprofit.

Earth is as far away from the sun as it ever gets. So why is it so hot?
Earth is as far away from the sun as it ever gets. So why is it so hot?

CNN

time4 hours ago

  • CNN

Earth is as far away from the sun as it ever gets. So why is it so hot?

The peak of summer is approaching for those of us in the Northern Hemisphere, but as we prepare for more sunshine and sweltering temperatures, our planet is spinning at its farthest point from the sun. On Thursday at 3:55 p.m. ET, our planet reached what's called the aphelion — the most distant point in its orbit around the sun, roughly 3 million miles farther away than when it's closest. This happens every year in early July, which might sound backward. If we're farthest from the sun, shouldn't it be cooler? People tend to associate proximity with warmth, so it seems natural to assume the seasons are caused by changes in how far Earth is from the sun. But the planet's distance has little to do with it. The real reason for seasonal temperature changes lies in the fact that Earth is tilted. Our planet spins at an angle — about 23.5 degrees — which means different parts of the globe receive more (or less) sunlight depending on the time of year. In July, the Northern Hemisphere is tilted toward the sun, bringing longer days and higher sun angles that lead to more direct sunlight — all of which produce summer-like heat. In contrast, the shape of Earth's orbit plays only a minor role. Although it's slightly oval-shaped rather than perfectly circular, the difference between our closest and farthest points from the sun is relatively small. Right now, Earth is about 3.1 million miles farther from the sun than it is in early January when it reaches perihelion, its closest point. Compared to its average distance of 93 million miles, that's only about a 3.3% difference. Because sunlight spreads out as it travels, even a relatively small change in distance results in about a 7% drop in the amount of solar energy reaching the planet. That's tiny compared to the effect of Earth's tilt. Just how big is the difference? Let's look at a few examples. In cities like Houston, New Orleans and Phoenix — near 30 degrees north in latitude — the amount of solar energy reaching Earth's atmosphere in summer is more than double what those cities receive in winter. Farther north, around 40 degrees, the seasonal swing is even more dramatic. Cities like New York, Denver and Columbus see solar energy climb from about 145 watts per square meter in winter to 430 in summer — nearly a 300% difference. So, while it's true that Earth is receiving less energy from the sun right now, that detail barely registers compared to the power of the planet's tilt. A slight angle in Earth's spin does far more to shape our seasonal patterns than a few million miles of extra distance ever could. In the end, it's not how close we are to the sun that makes summer feel like summer — it's how we're angled toward it.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store