

News
Mysterious Air Force spaceplane returns to Earth more than two years after SpaceX launch
More than 25 months after it lifted off on a SpaceX Falcon 9 rocket, the US Air Force’s secretive X-37B spaceplane successfully returned to Earth on October 27th, breaking its own record for time spent in orbit.
As always, the specifics of what exactly the X-37B spaceplane does in orbit remain as obscure as ever.
SpaceX’s Falcon 9 rocket launched X-37B on its fifth mission – OTV-5 – on September 7th, 2017, just a handful of months after successfully launching a similarly secretive mission (NROL-76) for the National Reconnaissance Office (NRO) and a handful of months prior to the company’s even more mysterious ‘Zuma’ launch. SpaceX’s OTV-5 launch had to race against the clock to beat Hurricane Irma’s forecasted landfall and the company managed to launch just a few days prior, while the booster’s post-landing operations had to be similarly expedited.
Thankfully, all went as planned and SpaceX recovery technicians had Falcon 9 booster B1040 safely stored inside a nearby hangar before Hurricane Irma impacted the Florida coast. B1040 was reused for the second and final time during the June 2018 launch of the SES-12 communications satellite and marked the second to last launch of a pre-Block 5 variant of Falcon 9.
In the interim, the USAF X-37B was quietly stationed in low Earth orbit (LEO), performing any number of tasks. Over the course of the 779 days it spent in orbit, the spaceplane modified its orbit several times before finally reentering Earth’s atmosphere to land at Kennedy Space Center’s Shuttle Landing Facility (KSC SLF) runway.
During the OTV-4 mission that preceded OTV-5, the same X-37B spacecraft spent 717 days in orbit – just shy of two years. OTV-5 surpassed that endurance record on August 26th and remained in orbit for another two months, breaking its own record by a bit less than 10%. For the most part, the USAF’s most consistent cover story for the X-37B paints the spaceplane as a platform for testing reusable spacecraft hardware, but that explanation has never made a huge amount of sense alongside the fact that each mission has averaged more than 570 days in orbit.
“[The X-37B is the] Air Force’s premier reusable and unmanned spacecraft providing the performance and flexibility to improve technologies in a way that allows scientists and engineers to recover experiments tested in a long-duration space environment.”
USAF, October 27th, 2019
In reality, it’s largely assumed that X-37B serves as a kind of flexible, on-call spy satellite, featuring a payload bay with plenty of room for signals intelligence or imaging hardware and a level of orbital endurance that makes it comparable to satellites. For example, OTV-5’s orbital parameters meant that the spacecraft routinely overflew Russia for much of the 25 months it spent in space.
Aside from the “experiments” and likely espionage-related payloads X-37B can stow inside its payload bay, the spacecraft also brings along a small solar array and radiator and features a hydrazine maneuvering system with substantial delta-V reserves, allowing it to significantly change its orbit.
In an unexpected twist, the USAF press release suggested that X-37B also provided “a ride for small satellites”, unusual because the US never registered those satellites with the UN if they were actually deployed from the spacecraft – a potential violation of international spaceflight treaties.
Following its successful October 27th recovery, Boeing and USAF teams will begin the process of refurbishing X-37B and preparing it for its sixth orbital mission as soon as possible. Known as OTV-6, the spacecraft is scheduled to head to orbit once more on a ULA Atlas V rocket that is scheduled to launch no earlier than Q2 2020.
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Tesla confronts Service complaints with new AI-backed strategy
Tesla will use a new AI Agent to help expedite Service claims and improve communication with customers.

Tesla is implementing a new AI-based strategy to improve service for owners. Service has routinely been among the biggest complaints of owners, although it has improved drastically over the past few years.
Some of the complaints that Tesla has received regarding its Service platform have evidently been used to develop new strategies to not only streamline the entire experience but also to make things easier for the company, which deals with many claims each week.
As a result of complaints in the past, Tesla has used various strategies to make things better for customers. However, the latest improvement comes as a result of AI, something Tesla leans on in many facets of its business.
Tesla adds ingenious solution to app to streamline Service appointments
Tesla’s AI and IT Infrastructure, Cybersecurity, and Vehicle Service head Raj Jegannathan said on X this week that the company is rolling out a new AI Agent specifically designed to handle service comms with customers.
He said the new Service AI Agent will detect delays in communications between the company and the customers, monitor the sentiment of these conversations, and auto-escalate certain claims directly to leaders.
It will also allow customers to type the word ‘Escalate’ in the message center portion of the phone app after two weeks of delays. This will help customers reach higher-ups more easily and likely will eliminate the complaints that many have had over the past few years.
The company is rolling out the AI Agent in ten pilot locations to start. Its first day being active was May 8.
Jegannathan said:
“Tesla Service’s new AI Agent detects comms delays, monitors sentiment, & auto-escalates to leaders. Starts tomorrow at 10 pilot locations. In 2 weeks, type “Escalate” in ‘message center’ to reach managers. Guardrails in place to prevent abuse. We’ll keep improving!”
Tesla Service’s new AI Agent detects comms delays, monitors sentiment, & auto-escalates to leaders. Starts tomorrow at 10 pilot locations. In 2 weeks, type “Escalate” in ‘message center’ to reach managers. Guardrails in place to prevent abuse. We’ll keep improving!
— Raj Jegannathan (@r_jegaa) May 8, 2025
Service has had a lot of interesting strategies used to improve things, but it has definitely been a weak point of the Tesla ownership experience. In a perfect world, vehicles wouldn’t need repair for anything, but that is not realistic.
Instead, Tesla has worked to expedite the entire Service experience through various strategies, including F1-style service, and a goal to fix two-thirds of repair claims within the same day.
Parts availability sometimes takes this goal out of reasonableness, but these constant attempts at improving the repair experience show Tesla is doing what it can to make things better for owners.
News
Mazda adopts Tesla’s North American Charging Standard (NACS) in Japan
Mazda’s decision to adopt Tesla’s standard is intended to provide more convenience to customers.

Japanese automaker Mazda Motor Corporation has announced that it has reached an agreement with American electric car maker Tesla to adopt the North American Charging Standard (NACS) for its EVs.
The update was shared by Mazda in a press release.
Mazda’s NACS Commitment
As per Mazda in its press release, NACS will be adopted for battery electric vehicles that will be launched in Japan from 2027 onward. This is quite interesting as Tesla’s NACS system will be used by Mazda within Japan. As per the automaker, its decision to adopt Tesla’s standard is intended to provide more convenience to customers.
“Mazda adopted NACS to provide customers with greater convenience by a broader range of charging options. This will provide Mazda BEV customers with access to Tesla Superchargers across Japan. Mazda BEVs will be compatible with other charging standards besides NACS with the use of adapters,” Mazda wrote in its press release.
Not the Only Japanese NACS Adopter
Interestingly enough, Mazda is not the first Japanese automaker to adopt NACS to take advantage of Tesla’s Supercharger Network in Japan. In September last year, Sony Honda Mobility announced that it was adopting NACS for its AFEELA electric vehicles. While AFEELA’s EVs are expected to be initially available in the United States in 2025, the vehicles will also be coming to Japan later on.
Mazda’s adoption of Tesla’s charging standard was praised by Tesla Director of Charging Max de Zegher, who noted that it is only a matter of time before NACS becomes the standard in Japan and other countries. NACS has so far been adopted widely by electric car makers in the United States.
“NACS becoming the standard in Japan (and South Korea) seems like only a matter of time now. It’s also great to see other fast-charging networks starting to install NACS in Japan. Tesla Charging is accelerating the transition to NACS, for the industry to get clarity faster. Vehicle manufacturers also don’t want to build market-specific variants— like CHAdeMO just for Japan or CCS1 just for South Korea,” the Tesla executive wrote in a post on X.
Elon Musk
Tesla proves once more that its factories are its best product
Tesla’s factories are the company’s biggest products–literally.

Tesla’s factories are not just the company’s biggest assets. They are also its best product. This is, at least, as per Tesla China’s recent post on social media platform Weibo.
Tesla China’s Weibo post was shared to celebrate Giga Shanghai’s changeover to the new Model Y, which is currently being delivered to consumers globally.
Tesla’s Best Product
In its post, Tesla China noted that Gigafactory Shanghai was able to complete its new Model Y production ramp up in just six weeks. This is a new record for Tesla, and it speaks to the company’s intense focus on efficiency. Tesla also highlighted the Cybercab’s production line in its Weibo post, stating that the upcoming vehicle will see “ultra-high levels of automation” when it gets produced.
“The factory is Tesla’s best product—Tesla Shanghai Super Factory completed the new Model Y production capacity ramp-up within 6 weeks, setting a record for the company’s fastest model production speed. In the future, the North American factory is expected to roll out a Tesla self-driving electric Cybercab every 5 seconds to subvert the vehicle production and manufacturing model. Adhering to the first principle of car manufacturing is Tesla’s core advantage that is difficult to copy,” Tesla China wrote in its post.
Tesla’s Factories
Tesla’s factories are among the best in the world. Tesla only operates four vehicle factories for its entire vehicle lineup today, which is quite impressive for a company that has so far sold up to 1.8 million vehicles per year. Tesla is expected to improve its factories’ output with its future vehicles as well, with Elon Musk stating during the company’s Q1 2025 All-Hands Meeting that the Cybercab’s factory will look more like a high-speed consumer electronics line than a car production line. These innovations, Musk noted, should allow Tesla to ramp the Cybercab’s production to 2 million units per year.
Musk highlighted the importance of Tesla’s factories in the first quarter earnings call as well. While discussing the Cybercab’s line, Musk noted that with Tesla, the factory is as much a product as its cars. “The factory is the product as much as the car is the product. So, this really is the first principles approach to manufacturing that will ultimately allow us, I think, to… achieve a cycle time, meaning a unit every five seconds or less, off a single line,” Musk stated.
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