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Posts Tagged ‘Remote’

New DJI Mavic Air 2 firmware update includes remote control compatibility with Mini 2

13 Nov

Recently, DJI announced the Mini 2 drone. While it improves greatly upon its predecessor, the Mavic Mini, it won’t exactly replace the Mavic Air 2. To ensure that they can charge roughly $ 300 USD more, DJI has continued to improve upon the drone that falls below its Mavic 2 Pro and is a step above the Mini 2.

With firmware version v01.00.0460, DJI has added support so that the Mavic Air 2’s remote controller can also be used with the Mini 2. It is recommended that DJI’s Fly app v1.2.0, or higher, is installed on your smartphone. Another important update, especially for those flying near buildings or other tall structures, is the default Return to Home (RTH) altitude has increased to 100 meters (400 ft.).

This update also optimizes the downward vision positioning system by increasing the altitude limit to 30 meters (100 ft.). Users can also expect a quieter start-up after powering on their drone.

One question remains: since the Mini 2 also includes OccuSync 2.0 transmission technology, will it eventually be compatible with DJI’s Smart Controller? Time will tell. To get started with this latest firmware update for the Mavic Air 2, check out the tutorial video below. Full firmware release notes follow.

Changelog:

{pressrelease}

Overview:

Date: 2020.11.11
Aircraft Firmware: v01.00.0460
Remote Controller: v02.00.1101
DJI Fly App iOS: v1.2.0
DJI Fly App Android: v1.2.0

What’s New?

– Added support so the remote controller can also be used with DJI Mini 2. It is recommended to use the remote controller with DJI Fly v1.2.0 or above.
– Updated default RTH altitude to 100 m.
– Optimized Downward Vision System by increasing the altitude limit to 30 m when the aircraft is only using Downward Vision System for positioning.
– Optimized logic of rotational speed of fan after powering on in order to reduce noise and power consumption.
– Optimized detection and app alert when propellers are unfolded.

Notes:

If the update fails, restart aircraft, remote controller, and DJI Fly or DJI Assistant 2 for Mavic, and retry.

{/pressrelease}

Articles: Digital Photography Review (dpreview.com)

 
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Analysis predicts drone Remote ID will cost 9X more than expected, DJI urges FAA to reconsider ruling

06 Mar

After numerous delays, the Federal Aviation Administration (FAA) released its Notice of Proposed Rulemaking (NPRM) for the Remote Identification of Unmanned Aircraft Systems at the end of last year. The 60-day public commenting period closed this past Monday, March 2nd, with over 52,000 comments submitted during that time.

DJI, the world’s leading drone manufacturer, has supported the need for Remote ID since 2017. In the interest of moving the industry forward, a proper ruling would allow flights at night, over people and beyond visual line of sight. When the NPRM was released, however, DJI publicly chastised the FAA for not incorporating recommendations submitted by the 74 stakeholders that make up the Aviation Rulemaking Committee.

In its 89-page comment to the FAA, DJI cites independent economic analysis that was prepared by Dr. Christian Dippon, Managing Director at NERA Economic Consulting. The study concludes that the societal costs associated with the Remote ID NPRM would total $ 5.6 billion. This makes it 9 times more costly than the $ 582 million the FAA predicts for the next decade.

“I worry about an impact on innovation, with fewer people interested in using drones,” – Brendan Schulman

The long-term ramifications, should the Remote ID NPRM pass in its current form, will extend beyond financial burdens. ‘I worry about an impact on innovation, with fewer people interested in using drones. Our economist’s survey found at least a 10% drop in drone activity if the proposal were implemented, but I think it could be much higher as the full impact is felt by operators,’ Brendan Schulman, DJI’s Vice President of Policy & Legal Affairs, tells DPReview.

Remote ID, simply put, is a digital license plate for drones. It allows authorities to identify the location, serial number, and a remote pilot’s identity in near real-time. The FAA is proposing that almost all drones should transmit that information over wireless networks to a service provider’s database. NERA’s study concludes that the monthly cost of a network-based service for a remote pilot would be $ 9.83 instead of the FAA’s $ 2.50 estimate.

A few vocal critics have suggested that DJI’s involvement in drafting Remote ID rulemaking has served their own interests, and that regulations will amount to a multi-billion dollar gain for the company. ‘The critics missed the context and history. Since 2017 we knew Remote ID was inevitable as a government mandate, and have been advocating for the best possible result for all drone users: low costs and burdens. Everything we have done on this topic has been focused on those goals. Keep costs low and respect drone user privacy. For example, in March 2017 we released a whitepaper strongly advocating for pilot privacy,’ Schulman explains.

DJI has advocated for a ‘drone-to-phone’ solution that provides Remote ID information on common smartphones without burdening drone operators with any extra costs or effort. DJI says that its solution is cheaper and easier than what the FAA is proposing. Any new ruling on Remote ID will not likely take effect until 2024.

Articles: Digital Photography Review (dpreview.com)

 
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Sony releases Software Development Kit (SDK) for remote camera access

11 Feb

Sony has released a new software development kit (SDK) that allows third-party developers to control some selected Sony cameras. The SDK will offer remote access to key camera controls and still image data, including adjustment of shooting parameters, shutter release and a live view image.

The company says the decision to offer an SDK was made after ‘extensive interest in their camera lineup from commercial customers.’ Sony also believes this kind of camera control capabilities should appeal to companies from a variety of sectors, including security and entertainment.

‘The customer’s voice is absolutely critical to all aspects of our business,” said Neal Manowitz, Deputy President of Sony Imaging Products and Solutions Americas. “After receiving many requests, we’re excited to finally be able to open our platform in this manner. Companies will now be able to custom develop applications to control our cameras remotely, allowing them to take full advantage of the many innovations in Sony’s lineup including industry-leading autofocus, shooting speeds and much more. Ultimately, this gives professional clients the ability to create new and different imaging experiences unlike anything that’s been done before.’

Telemetrics Inc. is a company that specializes in robotics and camera control systems and one of the first to use the new SDK. One of its products is a weather-resistant camera housing unit on a remotely controlled pan/tilt head that is compatible with some of Sony’s full-frame mirrorless cameras. Customers include users in broadcast, production, sports and education companies.

To start with the SDK supports Sony’s Alpha 7R iV and Alpha 9 II high-end camera bodies but the company says it is planning to expand support in the future. Users of the current Camera Remote API will have to switch to the new SDK or look for other alternatives as Sony will close it down.

Press release:

Sony Electronics Announces New Camera Software Development Kit (SDK) for Third Party Developers and Integrators

New SDK Enables Remote Control of Sony Cameras for a Variety of Professional and Commercial Application

SAN DIEGO – Feb 11, 2020 – Sony today has announced the release of a new software development kit (SDK) that enables third party developers and integrators to access control of Sony cameras.

Sony, the industry leader in both full-frame and mirrorless cameras, is releasing the SDK based on extensive interest in their camera lineup from commercial customers.

“The customer’s voice is absolutely critical to all aspects of our business,” said Neal Manowitz, Deputy President of Sony Imaging Products and Solutions Americas. “After receiving many requests, we’re excited to finally be able to open our platform in this manner. Companies will now be able to custom develop applications to control our cameras remotely, allowing them to take full advantage of the many innovations in Sony’s lineup including industry-leading autofocus, shooting speeds and much more. Ultimately, this gives professional clients the ability to create new and different imaging experiences unlike anything that’s been done before.”

With the new SDK, key camera controls and still image data captured will be available for remote access, including adjustment of camera settings, shutter release and live view monitoring. These control capabilities are appealing to the workflow of a wide variety of industries including security, entertainment and many others.

One of the companies that have a high expectation of Sony’s SDK is Telemetrics Inc., a company that specializes in robotics and camera control systems, selling complete packages including a weather resistant housing unit on a remotely controlled pan/tilt head compatible with select Sony full-frame mirrorless cameras. Telemetrics, Inc. sells to a wide variety of clients including broadcast, production, sports and education companies.

“Combining our expertise in robotics and camera control with the impressive capabilities of Sony’s Alpha camera technology will allow us to create some especially unique solutions for capturing live sports entertainment, which include the newly introduced PT-CP-S5 Compact Pan/Tilt Head and the WP-HOU-A9 Camera Housing unit,” said Michael Cuomo, Vice President of Telemetrics, Inc. “We’ve been thrilled with the results and are extremely excited at the potential for future integration with our systems.”

Initially, the Camera Remote SDK will support Alpha 7R IV and Alpha 9 II bodies, with plans to gradually expand the lineup of supported cameras hereafter[i]. The Camera Remote SDK is available now and can be downloaded from https://support.d-imaging.sony.co.jp/app/sdk/en/index.html on Sony’s website.

The current Camera Remote API’s provision will be closed following this new release of the new Camera Remote SDK and its support will be terminated[ii].

Articles: Digital Photography Review (dpreview.com)

 
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DJI agrees with the need for Remote ID, but not the FAA’s NPRM

16 Jan

Remote ID, the concept that a drone should have a digital license plate, has long been championed by industry leaders. Implementing it properly would enable remote pilots to safely perform complex flights including over people, at night, and beyond-visual-line-of-sight. The Notice of Proposed Rulemaking (NPRM) for the Remote Identification of Unmanned Aircraft Systems was released the day after Christmas by the Federal Aviation Administration (FAA) after numerous delays. Unfortunately, the 319-page document proposes rules and regulations that many feel would hamper a burgeoning industry, including DJI.

DJI’s Vice President of Policy & Legal Affairs, Brendan Schulman, posted a 2,100+ word call to action on the company’s main content portal, yesterday, explaining why there was a need for Remote ID while chastising the FAA for not ‘adopting good advice’ when drafting the NPRM. Since 2017, DJI has implemented Remote ID across all of their consumer drones in the form of AeroScope technology. The intention in taking this step is that both the government and industry would willingly adopt Remote ID.

Schulman and DJI ‘support a simpler, easier, and free version of Remote ID that doesn’t need a cellular connection or a service subscription.’ To illustrate why these ideals are important, Schulman presents the following analogy that anyone who drives an automotive vehicle can understand: ‘…what if instead of just a license plate, your car was also legally required to be connected via the internet to a privately run car-tracking service that charged you an annual fee of about 20% of your car’s value, and stored six months of your driving data for government scrutiny? Would you think the government had gone too far?’

‘What if instead of just a license plate, your car was also legally required to be connected via the internet to a privately run car-tracking service that charged you an annual fee of about 20% of your car’s value, and stored six months of your driving data for government scrutiny? Would you think the government had gone too far?’

The article goes on to explain how detrimental the Remote ID NPRM will be to everyone in the drone industry, except for those who stand to profit from it. The costs involved with compliance in everyday drone operations would cripple most commercial operators. Schulman hopes that every individual who will be adversely affected leaves a comment for the FAA to consider. As of this writing, over 5,300 have been posted. Comments will close on Monday, March 2nd.

‘Together, we can ensure that drone innovation is protected and that the safety and security of the skies are assured.’ Read Schulman’s post in its entirety, here.

Articles: Digital Photography Review (dpreview.com)

 
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FAA releases ‘Notice of Proposed Rulemaking’ for Remote ID on drones

28 Dec

Remote ID, the concept that drones should have a digital license plate, has experienced numerous delays. As promised, though, the Federal Aviation Administration (FAA) finally announced their Notice of Proposed Rulemaking (NPRM) for the Remote Identification of Unmanned Aircraft Systems on Thursday. The 319-page document will be published on December 31st. From there, the general public will have 60 days to post comments for the FAA’s consideration. Those interested in reading through the NPRM, to prepare their comments, can download the unpublished PDF version.

‘The widespread adoption of Remote Identification is expected to clear a path for routine use of drones in more complex and beneficial operations, such as flights over people, at night or beyond the pilot’s line of sight,’ states an announcement from DJI, the world’s leading drone manufacturer. The new rules proposed by the FAA would require almost every drone owner, both commercial and recreational, operating an unmanned aerial vehicle weighing at or over 0.55 pounds (0.25 kilograms), to broadcast their location along with their identity via radio frequency when flying. Two years after the regulations are implemented, new drones would be required to include tamper-resistant tracking devices.

Under the new proposed rules, remote pilots would have the option to eschew radio broadcasting and upload their information to the Internet. On the downside, that would limit them to flying their aircraft at a maximum distance of 400 feet. If you aren’t able to connect to the Internet, a strong possibility in rural areas, you won’t be able to take off at all unless you’re operating ‘within an FAA-recognized identification area,’ according to one section of the NPRM.

The current NPRM for Remote ID is subject to change based on how the FAA takes comments from industry stakeholders and the public into consideration. Once finalized in an estimated 12-18 month period, it is expected to take 3 more years to implement. Alphabet’s Wing and Amazon Prime plan on rolling out drone delivery networks nationwide and finalized rulemaking for Remote ID is the key to making it possible. Over a 10-year span, the costs to drone operators and the industry, as a whole, are expected to exceed over $ 500 million dollars. ‘As we review the FAA’s proposal, we will be guided by the principle, recognized by the FAA’s own Aviation Rulemaking Committee in 2017, that remote identification will not be successful if the burdens and costs to drone operators are not minimized,’ Schulman said in an emailed statement to Bloomberg.

To date, the FAA has registered over 1.5 million drones. As of June 2019, over 8,700 reports have been filed with the FAA regarding rogue drones operating unsafely and/or illegally. Two collisions between a drone with a helicopter and a hot air balloon have been confirmed by the National Transportation Safety Board. ‘Remote ID technologies will enhance safety and security by allowing the FAA, law enforcement, and federal security agencies to identify drones flying in their jurisdiction,’ said U.S. Transportation Secretary Elaine L. Chao in a press release.

Some industry stakeholders have already expressed their frustration over the lengthy time period expected from the moment of finalization to actual implementation. Lisa Ellman, partner at international law firm Hogan Lovells and Executive Director at the Commercial Drone Alliance, states ‘our main concern is the implementation period, which is needlessly up to 3 years. Until Remote ID is implemented, the American public will be deprived of many of the vast safety, humanitarian and efficiency benefits of commercial drones…We need implementation yesterday, not 3 years from now.’

Articles: Digital Photography Review (dpreview.com)

 
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Profoto Connect and Air Remote TTL transmitters now compatible with Panasonic cameras

07 Nov

Profoto has announced it’s collaborated with Panasonic to bring Profoto Connect and Profoto Air Remote TTL support to the manufacturer’s cameras. As Panasonic said in its own press release today, owners of the LUMIX S1R, S1, GH5, GH5S and G9 models can update their firmware in order to use the two Profoto wireless transmitters.

The newly supported Profoto Air Remote TTL-O/P and Connect-O/P wireless transmitters can be attached to a supported Panasonic camera’s hot shoe for full TTL/HSS capability with the maker’s AirTTL flashes. This is one aspect of the overall Panasonic firmware updates, which also bring things like support for CFexpress Type B cards, better support with Sigma L-mount lenses and the MC-21 mount converter, and more.

The Profoto Connect is available for $ 299 and the Profoto Air Remote TTL is available for $ 429. The Panasonic firmware updates, meanwhile, can be found on the company’s support website.

Articles: Digital Photography Review (dpreview.com)

 
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Third-party iOS Sony remote camera app Camrote adds new zoom, time-lapse capabilities

16 Oct

Third-party remote control camera app for Sony cameras, Camrote, has released a major update that brings new features and improved performance to the latest version of its iOS app.

In addition to general support for Apple’s latest mobile operating system, iOS 13, Camrote version 1.2.0 also adds new wireless functionality for select Sony cameras. Specifically, the update adds support for zooming, ‘BULB’ time-lapse capture, and a new double-tap gesture to disable all Touch AF points from the app. Wales-based developer Simon Mitchell has also added Spanish localizations and made adjustments to the user interface throughout the app.

Mitchell says Apple Watch support and shooting presets are ‘Coming Soon’ while other unique focus-stacking, exposure ramping and other features are in the pipeline as well for future updates. No specific list is given for what cameras support what features of the latest update, so it might take a bit of trial and error to ensure it works with your Sony camera system.

To get the latest update, head over to the iOS App Store to download Camrote for free (with in-app purchases available to unlock time-lapse and geotagging functionality). You can keep up with Camrote updates via Twitter.

Articles: Digital Photography Review (dpreview.com)

 
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Remote identification ruling for drones delayed once again

10 Sep

Remote Identification (Remote ID) is the concept that drones should have a digital license plate. If officials can track who is flying where, when, and for what purpose, then drones may be permitted to fly beyond visual line of sight (BVLOS) and above people. DJI’s Vice President of Policy & Legal Affairs, Brendan Schulman, along with Mark Aitken, who serves on the drone manufacturer’s D.C. Advocacy Team, had brought a proposal to the Association for Unmanned Vehicle Systems International’s (AUVSI) annual XPONENTIAL conference over two years ago.

The lack of progress on this initiative, which will open up opportunities for commercial remote pilots, and safely integrate drones into the National Airspace System (NAS), is frustrating to both industry stakeholders and small business owners. Senators on opposing sides of the political spectrum recently united and urged U.S. Transportation Secretary Elaine Chao to take action. Rulemaking, which was initially scheduled to commence this past May, has been delayed to a proposed date of December 20, 2019.

The USDOT website has confirmed another delay on rulemaking for Remote ID.

This latest postponement has been confirmed in the August 2019 rulemaking report from the US Department of Transportation’s (USDOT) website. The report reads ‘This action would implement system(s) for the remote identification of certain unmanned aircraft systems. The remote identification of unmanned aircraft systems in the national airspace system would further address security and law enforcement concerns regarding the further integration of these aircraft into the national airspace while also enabling greater operational capabilities by these same aircraft.’

Commenting on the notice of proposed rulemaking (NPRM) has been pushed back from October 29th to February 1, 2020. These are projected dates, meaning that the publication of and commenting on the NPRM could potentially be delayed even further. AUVSI’s president and CEO, Brian Wynne, released the following statement regarding the USDOT’s latest significant rulemaking report:

It’s disappointing the rulemaking for remote identification has been delayed again. The need for remote identification cannot be overstated, as the advancement of the UAS industry depends on identifying and tracking UAS flying in the airspace.

‘It’s disappointing the rulemaking for remote identification has been delayed again. The need for remote identification cannot be overstated, as the advancement of the UAS industry depends on identifying and tracking UAS flying in the airspace. Remote ID is necessary for enabling advanced and expanded operations such as flights over people and beyond line of sight, which will provide significant benefits throughout our economy and society. Most importantly, remote ID is critical for ensuring airspace safety by helping law enforcement identify and distinguish authorized UAS from those that may pose a security threat. We urge the FAA to move as quickly as possible with rulemaking for remote identification to keep the skies safe for all aircraft — both manned and unmanned.’

Recently, the Federal Aviation Administration’s (FAA) Deputy Administrator, Daniel K. Elwell, had publicly stated that ‘we are making progress toward the full integration of drones’ and ‘the idea is to crawl, walk, and run, but we are doing so rapidly.’ Given this latest setback, coupled with another delay on the proposed rule for Section 2209, which will provide protections for drone flights near critical infrastructure, it seems like the FAA needs make an effort to ensure their actions are consistent with their words.

Articles: Digital Photography Review (dpreview.com)

 
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Open-source Intervalometerator helps DIYers create inexpensive remote time-lapse DSLRs

20 Aug

Sydney-based coder Greig Sheridan and his photographer partner Rocky have introduced Intervalometerator, an open-source intervalometer designed for deploying inexpensive remote time-lapse systems involving Canon DSLRs, Arduino and Raspberry Pi hardware. The system is ideal for DIYers seeking an inexpensive alternative to existing remote time-lapse systems.

According to the Sheridan’s ‘Intvlm8r’ website, the open-source intervalometer system can be used with a battery and solar panel remotely, in addition to ‘on-grid’ for less remote setups. The intervalometer was designed for the Canon 6D, 60D, and 600D models, Sheridan told PetaPixel, but the duo hopes ‘that over time other models and brands will be tested and found compatible too — it relies on gPhoto to talk to the camera.’

The Intervalometerator can be set up with Web access for remote control and is fully configurable, enabling users to choose the full camera settings, select the time/day when images are captured and interval. The software’s interface, a demonstration of which is available here, includes information on battery level, captured images, remaining storage, the time and date of the last image, as well as when the next shot will be captured and the camera hardware in use.

In addition to having a low power requirement of less than 1mA, the Intervalometerator can also automatically recover in the case of a temporary power loss. Sheridan estimates the Intervalometerator’s cost, excluding the protective housing, mount, and camera, at around $ 242. That is substantially cheaper than competing commercially available systems; the Titan2 Remote time-lapse box with solar power for DSLRs, for example, costs $ 4,700 USD.

Sheridan details the project on his blog and has shared the code on Github.

Articles: Digital Photography Review (dpreview.com)

 
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The FAA devises a new strategy for Remote ID

09 Jun

Remote identification (Remote ID) is the concept that drones need to be equipped with a digital license plate. Knowing who is flying an unmanned aerial system (UAS) where, and when, is imperative for increasing safety and security. Two senators on opposite sides of the political spectrum even urged U.S. Transportation Secretary Elaine Chao to take action recently.

This Thursday, the Federal Aviation Administration (FAA) informed its Drone Advisory Committee (DAC) that a final rule on remote identification of drones could take up to two years to implement. This latest development also finds them looking to the committee for alternate strategies including how to get operators to voluntarily use remote ID.

‘We realize that there’s no schedule I can give you or anyone else can give you that will be quick enough to get to remote ID, from a regulatory standpoint,’ said Jay Merkle, executive director of the FAA’s drone integration office. ‘So we think working with industry to get early adoption of [technical] standards and voluntary compliance is a good way to start enabling and unlocking’ flights over people and beyond line of sight.

Remote ID for UAS has been a long time in the making. The process was introduced over two years ago. Rulemaking was supposed to begin on May 1st but was pushed back to July 21st. The newly-formed DAC hasn’t been neglecting it, however. ‘The reason for delay is not because people haven’t been working on it,’ Merkle said, describing the rulemaking as ‘very complex.’

Articles: Digital Photography Review (dpreview.com)

 
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