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Mophie Unveils Juice Pack Battery Cases for iPhone Air and iPhone 17 Pro Variants

The iPhone 17 accessory market is expanding with exciting and practical choices. Mophie has introduced its latest Juice Pack battery cases tailored for the iPhone Air, iPhone 17 Pro, and iPhone 17 Pro Max. Noteworthy features of this generation include passthrough USB-C audio and the use of 50% post-consumer recycled materials. “Mophie’s goal has always been to liberate users from the dependency on wall outlets,” stated Ekshita Kumar, vice president of strategy and growth at Mophie.

“With the iPhone 17 Juice Pack series, we’re taking it a step further, providing enhanced power, smarter design, and improved protection, all in a more eco-friendly product.” The Juice Pack cases for the iPhone Air, iPhone 17 Pro, and iPhone 17 Pro Max not only extend your device’s battery life but also offer additional protection against daily drops and bumps, featuring raised edges and refined case rails.

All you need to know about the Mophie Juice Pack battery for the latest iPhones

Mophie claims the iPhone Air Juice Pack provides a 2,400 mAh internal battery, which equates to up to 60% more battery for your device. For the iPhone 17 Pro, the battery capacity increases to 3,000 mAh, offering an extra 50% of battery life. Lastly, the iPhone 17 Pro Max case comes with a 3,600 mAh battery pack, also delivering 50% more battery life. Mophie assures that despite the increased power, these cases remain sleek and maintain a compact design, ensuring your iPhone feels comfortable in hand or pocket.

The accessory manufacturer also features an integrated lanyard loop cutout, allowing you to securely tether your phone. In addition to the USB-C audio passthrough, Mophie has incorporated a Priority Plus passthrough charge, which prioritizes powering your iPhone first before charging the Juice Pack case. The three models are currently available at Mophie’s online store for $99.95.

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Consequences of Failing to Activate Airplane Mode While on a Flight

to enhance your phone’s battery performance, since searching for and sustaining a cellular signal, Wi-Fi connection, or Bluetooth device can indeed be pretty demanding on your phone.

But what truly occurs if you fail to activate Airplane Mode during a flight? Is there a risk of imprisonment? Does your phone face repercussions? Responses may vary depending on whom you consult, but in general, the consensus is that nothing significant happens. When posed with this question by Travel + Leisure, Gary Coxe, a seasoned pilot and flight instructor with 7,000 flying hours, stated, “not a darn thing.”

PerchPoint, a TikTok user, pilot, and veteran of the U.S. Army, resonated with Coxe’s remarks in a viral video from December 2024 concerning Airplane Mode: “No, your plane won’t crash, and it won’t interfere with the systems onboard. However, it could potentially disrupt the headsets.”

Avoiding interference in the air

Leaker Reveals Possible Design Enhancement in iPhone 18 Pro with Minor Key Modification

a contentious dual-tone look.

In addition to facing criticism online for the new colors of the iPhone 17 Pro, many users have also expressed their dislike for this dual-tone style. It seems that Apple has noticed this feedback, as the upcoming iPhone 18 Pro may address this concern.

According to Weibo leaker Instant Digital, Apple aims to present a seamless appearance for the iPhone 18 Pro models by enhancing the rear glass, which will minimize the color contrast between aluminum and glass. As reported by MacRumors, this assertion may have stemmed from another leak by Weibo user Digital Chat Station, who mentioned earlier in September that the Ceramic Shield of the next iPhone might feature a “slightly translucent design.”

Recent iPhone 18 Pro speculations

Grasping Artificial Reefs: Meaning and Objective

2020 report from the Global Coral Reef Monitoring Network indicated that between 2009 and 2018, approximately 14% of the world’s coral reefs were lost. Recently, marine ecosystems are undergoing the most significant bleaching event ever recorded, with around 84% of the global reefs undergoing heat-related bleaching. This dramatically exceeds the bleaching events of 1998, 2010, and 2014, where 21%, 37%, and 68% of reefs were affected respectively. This crisis has designated coral reefs as the first ecosystem to hit an environmental tipping point. Such devastation severely impacts the biodiversity of marine ecosystems globally, as reefs support 25% of all marine life and over 4,000 fish species.

Similar to all environmental catastrophes, the ramifications spill over into human-related issues, leading to the initiative of utilizing sunken, human-made structures to form artificial reefs. The Environmental Protection Agency states that reefs are a vital economic resource, generating nearly $30 billion annually in economic advantages, considering their importance for global fisheries and the coastal protection they provide against storms, tsunamis, floods, and erosion, amounting to billions of dollars each year. The U.S. Air Force has also started to utilize self-repairing concrete reefs to safeguard military installations from hurricanes and tidal waves.

As ocean temperatures keep rising, researchers are exploring innovative ways to replenish our ocean’s reef populations, recognizing reef restoration as an increasingly vital element of the environmental equation. One approach to aiding reef populations involves man-made structures that compensate for the loss of coral through the use of sunken ships, aircraft carriers, and even oil rigs. By offering hard surfaces and vertical structures for coral to adhere to, artificial reefs create a stable habitat for reef populations to thrive.

Comprehending artificial reefs

Apple Unveils iPhone Pocket: A Deluxe Tribute to iPod Socks

**Apple Introduces iPhone Pocket: A Luxurious Throwback to the iPod Socks**

In an unexpected revelation, Apple has launched the iPhone Pocket, a distinctive accessory created in partnership with acclaimed designer Issey Miyake. This latest product, defined by its “unique 3D-knitted construction,” is tailored to accommodate any iPhone model, presenting a contemporary spin on the beloved iPod Socks from the early 2000s.

**Design and Features**

The iPhone Pocket features a ribbed open design, echoing Issey Miyake’s signature folds. When expanded, the fabric displays the iPhone’s screen, enabling users to engage with their device without needing to take it out of the pocket. This accessory can be held by hand, attached to bags, or directly worn on the body, offering flexibility in its usage.

Apple presents eight color variations for the short strap model and three more hues for the long strap edition. The design is produced in Japan, taking inspiration from the idea of a “piece of cloth,” and seeks to reinvent the daily practicality of Miyake’s pleated garments.

**Availability and Pricing**

The iPhone Pocket will be accessible at select Apple Store outlets and online in France, Greater China, Italy, Japan, Singapore, South Korea, the UK, and the U.S. The product will launch on November 14, with the short strap design costing $149.95 and the long strap priced at $229.95.

**Retail Locations**

Customers can locate the iPhone Pocket at the following Apple Store sites:

– Apple Canton Road, Hong Kong
– Apple Ginza, Tokyo
– Apple Jing’an, Shanghai
– Apple Marché Saint-Germain, Paris
– Apple Myeongdong, Seoul
– Apple Orchard Road, Singapore
– Apple Piazza Liberty, Milan
– Apple Regent Street, London
– Apple SoHo, New York City
– Apple Xinyi A13, Taipei

This announcement occurs just a day after the iPod’s 24th anniversary, providing a sentimental acknowledgment of Apple’s history while presenting an innovative method for carrying and safeguarding iPhones.

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iPhone Air 2 Anticipated to Debut in Spring 2027 Equipped with Dual-Lens Camera Setup

A Monday report from The Information suggested that Apple has postponed the iPhone Air 2 indefinitely due to the negative feedback surrounding the initial generation. The iPhone Air 2 was expected to be part of the iPhone 18 series set to launch next fall, alongside three additional models: the iPhone 18 Pro, iPhone 18 Pro Max, and iPhone Fold. In this case, the base iPhone 18 would debut in spring 2027 together with the iPhone 18e. The Information provided a follow-up article on Tuesday morning, offering more insights concerning the iPhone Air 2. It seems the delay might not be indefinite. Apple still aims to release the next ultra-slim iPhone, but the launch has now been delayed to 2027 as the company works on incorporating a second camera on the rear of the device.

If the new information holds true, Apple might unveil up to three fresh iPhones in spring 2027, including the iPhone Air 2, iPhone 18, and iPhone 18e. This is under the assumption that Apple will not alter the September 2026 iPhone lineup to offset the delay of the iPhone Air 2. Furthermore, there is no guarantee that Apple will successfully release the iPhone Air 2 in spring 2027. Apple likely began development on the device several months prior, anticipating the expected September 2026 launch. Modifying the design to integrate a second camera is not an easy task. Apple must add an extra lens to the back while ensuring battery life remains unaffected. Additionally, it needs to strategize supply chain and production adjustments.

The camera is the only major issue for the iPhone Air

Galaxy S26 to Include Improved Wireless Charging Speeds

ETNews has reported. Nonetheless, the enhancements in charging speeds are not expected to be significant, and the upcoming flagship models will not reach the rapid speeds offered by certain Chinese manufacturers. Instead, Samsung is set to provide slight speed upgrades that bring the new devices closer to iPhone specifications. The Galaxy S26 and Galaxy S26 Plus will feature 20W wireless charging, while the Galaxy S26 Ultra will be slightly elevated to 25W. The Galaxy S25 lineup supports 15W wireless charging.

According to ETNews, the increase in charging speed is still considerable, particularly for the Galaxy S26 Ultra. Charging durations could be reduced by 40% compared to 15W. Practically speaking, if a device needed 100 minutes to achieve a full charge with 15W wireless charging, the same phone would take 60 minutes with a 25W charger. The instance provided by ETNews may not directly relate to the Galaxy S26 Ultra, as the article does not specify actual charging durations for the phones that have yet to be released. Additionally, the report does not disclose battery capacities for the three Galaxy S26 variants.

What about wired charging speeds?

How to Effectively Utilize the Camera Application on Your iPhone 17 Pro

iPhone 17 Pro is receiving positive feedback worldwide, with reviewers commending the latest iOS device’s improved display, extended battery life, and enhanced camera capabilities. A key enhancement is the capacity to record video at a maximum of 4K resolution at 120 frames per second. However, consider this: Capturing everyday events with the Pro’s settings fully optimized is frequently excessive, particularly regarding data usage.

If you’re a proud possessor of an iPhone 17 Pro (or Pro Max) featuring an A19 Pro chip and 2TB of internal storage, recording at 4K 120fps (derived from data obtained from an iPhone 16 Pro) is projected to consume around 7GB per minute. In other words, an hour of 4K/120fps video utilizes approximately 420GB, which is over one-fifth of your phone’s 2TB storage capacity. When you also consider apps, messaging, and other data-intensive features, you may notice your storage being exhausted more quickly than anticipated.

Thankfully, adjusting your iPhone’s video recording settings is a straightforward process. Just open Settings, then choose Camera > Record Video. Even dropping the frame rate to, for example, 30 fps while keeping 4K resolution will lessen the load on the processor, battery, and internal memory.

Relieve your iPhone’s storage pressure with external storage solutions

NASA’s X-59 Supersonic Aircraft Effectively Shatters Sound Barrier in First Test Flight

X-59 has been engineered to quietly surpass the sound barrier and enhance supersonic travel for commercial applications in the future.

In 2018, NASA authorized Lockheed Martin to commence development on the X-59, with initial testing initially scheduled for 2021. The inaugural test flight took place in October 2025 and was recognized as a comprehensive success. The aim is to make commercial supersonic aviation feasible. In 1973, supersonic travel was prohibited due to the disruptive boom associated with breaking the sound barrier — authorities feared it might lead to property damage and excessive noise. However, in 2025, President Trump lifted this prohibition through an executive order. According to NASA, the X-59 is expected to generate merely a sonic “thump” as it flies overhead.

What lies ahead for the X-59 Quesst?

In line with the Quesst initiative, NASA will operate the X-59 over various U.S. communities, collecting data on public reactions below. NASA has previously conducted tests of “quiet” sonic booms in Texas using an F/A-18 aircraft. Additionally, NASA and Lockheed Martin

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