Visualización del timelapse (fotos cada 30") de la videocámara Gopro Hero 5 Session FOV 170° desde ARFLATv2 lanzado desde Ing. Jacobacci - Rio Negro - Republica Argentina, el 14 de diciembre de 2020 a las 12:03 hora local.

Weather balloon launch from New Hill, NC, to an estimated altitude of 80,000 to 100,000 feet! In total, the payload flew for 3 hours and 8 minutes , and descended for 38 minutes 5 seconds and landed in a soybean field in Dunn, NC, 40 miles downrange. Unfortunately after it passed through the clouds the footage got blurry and the GoPro doesn’t work anymore. What we used: • GoPro Hero Plus • Spot Trace satellite tracker • Rubbermaid container for equipment housing • Portable charger for GoPro • Relationshipware StratoChute 24" Red Rip-Stop Nylon Parachute • 20 foot diameter professional weather balloon, 600 grams Hopefully next time the image will be clear! Thanks for watching!!

Créditos: Iru Landucci Canal de Youtube: Nur Para Todos

HARBOR Balloon Flight 7/15/21 in Duchesne Utah 00:00 Pre Flight 00:42 Launch 30:45 Burst 50:46 Landing HAR210715 For more information: https://harbor.weber.edu/ https://www.facebook.com/groups/126944822844/

chaine Histoire WeWeMonAmi Rappel toi https://youtu.be/ln_5nxO6YyI chaine secondaire WeWeMonAmi Rapelle Toi l'Histoire 2 https://youtu.be/Bl3boC5qZcw source video :

Espera en cabecera de pista para dejar aterrizar un avión y Despegue con vistas del Teide de Tenerife en el atardecer.(Una Pasada.......)

A short clip of our weather balloon project.

This video was created by our good friends Ed Oates and Marcus Lewer who approached us looking for cameras for their high altitude balloon experiment. The HDMax camera was used on a long arm mount facing back at the main control box. The balloon rises to 110,000ft and captures an amazing sunrise over planet earth. Some of the most incredible pictures we have seen from our cameras. For more info on our range of cameras and accessories please visit http://www.dogcamsport.co.uk

Experience this amazing supersonic near space flight through on board HD video. Curt von Delius's state of the art PHX4 launched on June 16, 2018 from the Black Rock Desert, Nevada. Accelerating to over 3.5 times the speed of sound the rocket coasted to 46 miles above sea level. This is the highest flight of any amateur two stage rocket. The reusable design was recovered using Disc Gap Band Parachutes and touched down 6.36 miles from launch.

Short Version: https://youtu.be/EpBXI-PEJAo This Video shows the final flight of the J.W.Astronomy Stratos Project. Sending a weather balloon to the Edge of Space (Stratosphere). I'm glad everything happened as planned and the launch was a full success. You can read an article about this project here: http://jwastronomy.com/Stratos Instagram: https://www.instagram.com/j.w.astronomy/ Facebook: https://www.facebook.com/jwastronomy Affiliate Links: Weather Balloon: http://amzn.to/2flXjEI GPS Tracker: http://amzn.to/2flL5vQ Camera: http://amzn.to/2flJkyJ

The 24th of July we launched a weather balloon, hoping it would reach an altitude of at least 27 000meters. And it reached 33 000meters/109 000 feet! Link to the full 4 hour video: https://www.youtube.com/watch?v=9dfVtaZbuIQ balloon bought from here: (600g pawan) http://randomaerospace.com/Random_Aerospace/Balloons.html parachute: http://spherachutes.com/ Inside the box was: -Gps Tracker bought from ebay : http://www.ebay.com/itm/Vehicle-GSM-GPRS-GPS-Tracker-Car-Tracking-Locator-Device-TK102B-Exquisite-/262335873297?hash=item3d146fc111:g:NpsAAOSwZ8ZW3PZ5 (know it looks cheap and shitty, but it worked like a charm!) -Cell phone with an app that logged data. This was an old android cellphone. I also installed an app called gps logger, and thats how i got all the altitude information. The information about the trip itself (latitude, longitude) was stored in the cellphone and taken for closer look when we found the balloon. -Gopro hero 3 white edition. (Too bad if you don't like the fisheye leens) -Extra batterypack for gopro. This was also completely necessary, because without it the gopro wouldn't have any power left all the way through the trip. -Hand warmers. This was VERY important. without this, all the electronics would most likely fail, so a couple of handwarmers from your local sports store is a must. (they were even warm when we found the box, after experiencing temperatures as low as -60 C!) We launched the balloon and the box from Verdal, and it landed in Viggja, Norway. The box itself was also 100% waterproof. we used silicone to fill up all the gaps that could be exposed to water. and the electronics inside was also in waterproof bags. since we had to drill a hole through the waterprood casing to the gopro to keep it constant charging with a cable, we had to fill this gap ut with silicone aswell. songs used: Blackmill-Embrace https://www.youtube.com/watch?v=i8CAaz25YIo Matisyahu-Sunshine https://www.youtube.com/watch?v=E_Vt4MlbM0c (btw, this is sivrot brother and i just wanted to get some credz because i chose the music, hehe) here is my channel : https://www.youtube.com/channel/UCayQDhvydCYb5ko88vzTA7Q

On November 28th, 2014 we sent a brand new iPhone 6 on the ultimate adventure to the stratosphere. On its journey, the iPhone reached a height of over 101,000 feet and encountered temperatures as cold as -79 degrees F and winds as strong as 70 MPH. During the descent the iPhone 6 and flight rig withstood a 150 PRM rotation as the parachute deployed and the rig fought to stabilize. Upon landing the flight rig broke apart, however the iPhone remained unscathed and in perfect working order. The flight rig contained two GoPro cameras, 1 GPS locator and a backup phone with GPS and active tracking installed. The flight lasted over 3 hours and covered 12 miles across the ground. The iPhone 6 was wrapped in our composite iPhone 6 case with no screen protector installed. The iPhone was on upon takeoff but froze and shut down as the temperature dropped. When the iPhone 6 and flight rig were found, the iPhone was powered on and tested for full functionality. Enjoy the video! For more information on UAG, check out http://urbanarmorgear.com Follow us on Facebook at http://facebook.com/urbanarmorgear IPHONE is a registered trademark of Apple Inc., which has no affiliation, connection or association with Urban Armor Gear, LLC.

We Sent "The Rock" to SPACE! 🚀: https://youtu.be/G1qQKjfUujM SEE NOTES AT BOTTOM*** After a year of planning, designing, and preparation, we, the Engineering Club at Arnold High School in Panama City Beach, FL, have FINALLY released our high-altitude weather balloon! It traveled a total of 90,000ft (~28,000m) into the atmosphere, capturing stunning views of near-space with the on-board GoPro. With the help of a Spot Gen3 GPS tracker included in our payload, we found it in St. Marks National Wildlife Refuge in Wakulla County, FL--a full 100 miles (160km) from Gulf Coast State College where we launched it from! So many people contributed their time to making this launch possible, so we want to thank all the groups and people involved below: -The Rangers out at St. Marks National Wildlife Refuge (without them, we would have never gotten this footage that you're seeing now!) -Gulf Coast State College (especially Tony, Alan, and Brandon!) -The entire AHS Engineering Club -Joseph Bell (Engineering and Math teacher as well as head of the Engineering Club!) Below are notable times throughout the video: - 0:00:00 (Launch, obviously :D) - 1:50:00 (Panama City Beach, FL) - 1:50:34 (St. Marks Wildlife Refuge + more) - 1:50:58 (Landmarks in GA, AL, and FL) - 1:55:45 (Balloon bursting point) - 2:34:00 (Landing) We are planning on creating a full video outlining the design process, set up, launch, and retrieval of the balloon as well (that isn't 2 1/2 hours long), so stay tuned for that! If you liked this video, make sure you hit that "like" button and subscribe for more! ***NOTES: 1) Due to the influx of comments asking about the fisheye lens or flat Earth, I will address that here. Yes, we know we used a fisheye lens instead of a regular one, but we were not concerned with proving that the Earth isn't flat. We just wanted a very wide view from 90,000ft, and figured fisheye was the best lens to go with considering we had never done anything like this before and already know that the Earth obviously isn't flat (but we'll leave that debate in the comments). Side note: we actually planned on having two GoPros capture footage, one with a standard lens on one side and another with wide angle turned on on the other side. Because we had never done this before we accidentally let some of our helium leak out of the canister while inflating, so we prematurely ran out of helium before hitting our target lift. In order to compensate, we had to reduce the weight, removing one GoPro (the regular lens bc that GoPro was heavier), and the 3D printed Tesla Roadster that we were going to send up as well. Even with these setbacks and kinks we still considered this launch very successful since we were able to accurately predict where it would land, got good footage back, hit our target altitude, and had a lot of fun in the process! 2) I will also address the "smudge" on the camera lens. Although it appears as though someone got fingerprints on the camera lens and we just let that slide after a year of planning, that's completely incorrect. After getting everything set up and ready for launch, the box tipped over due to heavy wind and the camera lens hit the concrete, permanently scratching it. We knew the lens was scratched before launch but we didn't have time to find a new camera and replace it, due to custom 3D printed mounts that we had designed and printed specifically to the dimensions of each camera. However, the smudge really isn't that bad and we are still extraordinarily happy with the footage! 3) Yes, we know that 90,000ft (about 28km) technically isn't space. The Karman line (most agreed upon line for space) technically starts at 100km up, but the line where space starts doesn't have an official recognized starting point anyway, since technically Earth's atmosphere extends for thousands of miles into space. Disregarding the Karman line, our balloon still reached an altitude that was above 99 percent of Earth's atmosphere, at a temperature of -77°F and a pressure so low your blood would begin to boil at body temperature, so we consider it close enough to space for our concerns 😉.

MIG-29 High Altitude - 8-Camera view + Flight Data. The flights on the Sokol airbase in Nizhny Novgorod stopped in September 2017 unfortunately after 11 years of operations to fly the high-performance fighter jets. We do provide flight experiences with high-performance fighter jets for more than 16 years. Clients fly on the seat in the second cockpit. That is a MIG-29UB, a trainer version. The flight student is sitting in the front seat; the instructor is seated in the backseat by training flight. For our kind of flights, the test pilot in command is sitting in the front seat. Info to the speed digits what you see on the screen: Left: True Air Speed (TAS). The rate will be measured in knots per hour (kts) also in this case, even in kph. Most used for take-off, low-level flights, landing approaches and landing. Middle: Indicated Air Speed (IAS). The speed will be measured in MACH. Comparing IAS to TAS: TAS is reducing every 1,000 feet by 2% to IAS. That is related to the air pressure in which the jet is flying. You can read in "Tenacity - The Book of Stars" the client testimonials of more as a decade in which they flew high-performance fighter jets: https://www.space-affairs.com/en/mission-control/testimonials/category:aeronauts The video (and others we make) was made with GoPro Cameras, what are the state of the art action cams nowadays. These cameras using ultra-wide lenses with 170 degrees, precisely those cameras are known for. It's called barrel distortion, which gives more sized imagery. We do not have to talk about more physics, laws and knowledge, what is known since hundred of years. And a final note to "The Edge of Space": The border at the edge of space is defined by the Karman Line at 360,000 feet (100 km) altitude. This is undoubtedly a physical boundary, where aerodynamics stops, and astronautics begins. The using of the expression "edge of space" is also referring to a region below the conventional 100 km boundary to space, which is often meant to include substantially lower areas as well, for flights with high atmospheric balloons or aircraft what are flying mostly more elevated than a typical airliner. Video Index: 0:00 Take-Off 2:14 Lecture about Flying the Aircraft 3:24 Recognising the Colour of the Sky 3:49 Passing 8,000 Metres (26,290 ft) 4:42 Reaching 12,000 Metres (39,360 ft) 5:48 Switching on Afterburner 6:12 Crossing the Sound Barrier at Mach 1,0 6:52 Containing acceleration 7:30 True airspeed Mach 1,7 (1,700 km/h) 7:41 Climbing to Altitude 8:32 Altitude 14,000 Metres (45,890 ft) 8:58 Reaching highest Altitude 17,150 Metres (56,250 ft) 9:30 Altitude 10,800 Metres (35,430 ft) 10:38 Acceleration G-Force to plus 4 11:24 O-Ring Half Roll - G-Force plus 5 12:06 Loop - G-Force plus 5 13:10 Inverted Flight 13:39 Barrel Roll 16:48 Low Pass / Barrel Roll / Left Bank 17:48 Loop 18:16 Tail Slide 19:34 Inverted Flight above the Runway 19:46 Left Bank - G-Force plus 7 20:55 Low Pass 21:53 Landing Approach 22:40 Landing

MAKE SURE TO WATCH IN HD! High altitude unmanned balloon launch that goes up to near space and back. HOW I GOT THE FOOTAGE BACK: I used a SPOT GPS tracker in the payload to track where the payload fell after the balloon burst. Then I retrieved it with the GoPro and its recorded footage inside. See links below for much more details. Yes, it’s a GoPro, yes they have a built in semi fish eye lens. Think what you want, I did this for my own enjoyment, not to prove any point. Two posts I've made that can answer many of the questions in the comments: Post on the launch: https://imgur.com/gallery/UXezC Post of How to do your own Balloon Launch: https://imgur.com/gallery/8a40L All designed and launched by myself. All FAA regulations were followed, the FSDO was notified and given all the details, and a NOTAM was even filed with Ft Worth center for balloon activity. A lot of people asked me why I was doing this. Mostly, I had free time and needed a project/hobby to keep me engaged and secondly, space is neat. Check out the video and see for yourself. The Coin in the video is from my AFROTC detachment at Purdue University. Go Boilers! Shout out to Purdue Engineering for teaching me how to tackle a project like this. If you are interested in doing your own balloon project check out this website. It is a great place to start. https://www.balloonchallenge.org Thanks for watching!

Experience what it’s like to leave Earth, traveling to over 90,000 feet into the stratosphere. Never before has a 360 video been recorded at these heights – so buckle up and enjoy the view as Seeker takes you on a journey to the Edge of Space. Subscribe to Seeker VR ►►► http://bit.ly/2cPGh2u Download the Discovery VR app! iTunes: https://itunes.apple.com/us/app/id1030815031 Google Play: http://bit.ly/2cFGia8

Visualización de la videocámara FOV 170° inclinada 45° desde ARFLATv2 lanzado desde Ing. Jacobacci - Rio Negro - Republica Argentina, el 14 de diciembre de 2020 a las 12:03 hora local.

Fantastic film from Team Polska Stratosfera; Pilot Dariusz Brzozowski, Co-Pilot Wlodzimierz Klosek, Skydiver Tomasz Kozlowski, Skydiver Arkadiusz Majewski, S...

We Sent "The Rock" to SPACE! 🚀:https://youtu.be/G1qQKjfUujMSEE NOTES AT BOTTOM***After a year of planning, designing, and preparation, we, the Engineering C...

This was a test flight for a up coming launch. I needed to test new capsule design and Gimbal.

This was the second flight with the new camera Sony A7s II. Also on board was a Go Pro Hero 4 Black. The hero 4 was used to gauge the performance of the Sony...

Date of Launch 10 November 2018 Max Altitude 114709 Feet Launch Location Santa Nella, Ca. Landing Site about 20 miles NE of Idria, Ca. 4 Cameras onboard: 1 GoPro Hero 3 Silver with 4.35mm Lens (Top View) 1 GoPro Hero 4 Black with 4.35mm Lens (Rocket View) 1 GoPro Hero 4 Black with 7.2mm Lens (Infrared View) 1 GoPro Hero 4 Black with 5.4mm Lens (Comparison View For IR Camera) Tracking: 1 Spot Tracker 1 Tracksoar Radio Tracker Data Logger: Z Log 7 (Hexpert Systems) Rocket Motor: A3-4T Note: No outside temperature recorded on this flight. I purchase new temperature sensor and will include it on next flight. Good Neighbor: Owner of Panoche Inn Name is Sam.