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Rokinon announces 16mm T2.6 and 35mm T1.5, two new carbon fiber cine lenses

18 Feb
Rokinon XEEN CF 16mm T2.6

Rokinon has announced a pair of wide-angle primes that add to Rokinon’s growing lineup of XEEN CF Professional Cine Lenses for Canon EF, PL and Sony E mount camera systems. The 16mm T2.6 and 35mm T1.5 round out Rokinon’s Xeen CF lineup alongside the previously-announced 24mm T1.5, 50mm T1.5 and 85mm T1.5 lenses.

As with the other three primes in the lineup, the ‘CF’ denotes the carbon fiber used in the construction of the lenses’ barrels for these lenses. The use of carbon fiber reduces the weight of the lenses compared to metal housing, with the 16mm and 35mm primes weighing .9kg (2lbs) and 1.1kg (2.4lbs), respectively.

Rokinon XEEN CF 35mm T1.5

Both lenses feature an eleven-blade aperture, a 95mm front filter thread, a 200-degree focus throw and dual-side focus scales made of luminescent material for easier viewing in low-light conditions. They also use Rokinon’s X-Coatings for improved control of internal reflections.

No pricing or availability information has been shared at this time, but all of the other XEEN CF lenses in Rokinon’s lineup retail for $ 2,495, so it’s not unreasonable to assume these will cost the same. DPReview has contacted Rokinon for more details and will update the article accordingly if we receive a response.


Update (February 17th, 2020): Updated to clarify the 16mm is a T2.6 lens, not a T1.5 lens, as suggested by the original headline.

Articles: Digital Photography Review (dpreview.com)

 
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Research firm claims Sony had nearly half of the image sensor market share in 2019

18 Feb

Sony held nearly half of the image sensor market share in 2019, according to Japanese research firm Techno Systems Research (TSR). The detail was spied by PulseNews, which points out that Sony’s 49.1% market share greatly eclipsed the second biggest market share, 17.9%, held by Samsung. The South Korean company recently launched its 108MP Nonacell image sensor with its new Galaxy S20 Ultra smartphone.

The news isn’t surprising. In December, Sony revealed that its semiconductor business was working 24/7 through the holidays in an effort to keep up with the demand for its image sensors. The company is building a new facility in Nagasaki in order to boost production capacity due to this demand; it is expected to go online in April 2021.

Samsung remains the biggest competitor to Sony’s image sensor business. In 2018, the South Korean company announced that it would expand the production capacity of its own image sensor business and that its ultimate goal was to overtake Sony. Based on the TSR data, the company still has a long way to go toward reaching that milestone.

Still, Sony’s image sensor business may have a rocky future. Earlier this month, Sony expressed concerns about the ongoing novel coronavirus outbreak in China where the company has four large factories. According to Sony CFO Hiroko Totoki via the Nikkei Asian Review, the impact of the coronavirus on the company’s supply chains could potentially cause enormous disruption to Sony’s image sensor business.

Articles: Digital Photography Review (dpreview.com)

 
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Vazen announces new 28mm T2.2 1.8x anamorphic lens for Micro Four Thirds mount

17 Feb

Chinese cinema lens manufacturer Vazen has announced its latest anamorphic lens for Micro Four Thirds (MFT) cameras and teased another one that’s due out ‘in a few months.’

Vazen’s new 28mm T2.2 1.8x anamorphic lens for MFT camera systems is the second lens in its MFT anamorphic lineup, following up on its 40mm T2, an impressive anamorphic lens we had a little fun with on DPRTV. The new 28mm T2.2 features a lightweight design that Vazen claims makes it the ‘World’s Lightest 1.8x Anamorphic Lens for Panasonic GH5, Z-Cam E2 & Blackmagic Pocket 4k.’

It weighs just 720g (1.59lbs) and measures 80mm (3.15in) diameter and 107mm (4.2in) long. Its T-stop range is T2.2 through T16, it features a 72-degree angle of view and it has a minimum focusing distance of 82cm (2.7ft). Below is a sample video of footage captured with the lens on a ZcamE2(Vazen also shared this slightly NSFW music video captured with the lens):

In addition to the new 28mm T2.2 lens, Vazen also confirmed it’s adding a third lens to this lineup, a 65mm anamorphic lens. No details are given on the specs, but Vazen does not the 65mm lens ‘is expected to have the strongest anamorphic “character.”’

The Vazen 28mm T2.2 1.8x anamorphic lens for MFT camera systems is currently available to purchase through Vazen’s website for $ 3,250. If you purchase both the 28mm T2.2 and the 40mm T2 as a kit, Vazen drops the price for the pair by $ 400.

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Leica announces three limited-edition Summicron M lenses

17 Feb

Leica has released new versions of three of its existing M lenses, giving users a choice of a silver option of the normal 75mm, and two limited edition lenses to match the green M10-P ‘Safari’. The silver anodized APO-Summicron-M 75mm f/2 ASPH will be a standard production model to give all M users an alternative to the black paint version that is currently available. Leica UK will charge a £200 premium for the silver model though it seems to be the same price as the black version in the USA. The Miami Leica store has this model marked as a limited edition of 300 units worldwide but still lists it as the same price as the black model. That may be a mistake.

The Safari green Summicron-M 28mm f/2 ASPH and APO-Summicron-M 90mm f/2 ASPH lenses will be limited editions, with Leica producing 500 units of the first and 250 of the second. These two lenses join the Summicron-M 50mm f/2 to form a set of three that match the M10-P ‘Safari’ camera that is finished in the same green paint.

The original Leica M1 in Olive for the armed forces

Copyright: www.schouten-select.com

All these cameras were marked with the word Bundeseigentum – Federal Property

Copyright: www.schouten-select.com

Leica says these green models follow in the footsteps of the original Leica M1 which was produced in Olive for the German Armed forces in the early 1960s. Those cameras were all marked ‘Bundeseigentum’ to denote that they were the property of the German government and now fetch a good price as, according to Dutch dealer Schouten, there were only 208 units made. The original M1 Olive cameras only had the standard-issue lenses for the time though, so no matching green paint in those days.

The three new lenses will start shipping at the end of February.

  • APO-Summicron-M 75 f/2 ASPH. silver anodized: £3,500/$ 4395
  • Summicron-M 28 f/2 ASPH. Edition ‘Safari’: £3,800/$ 4895
  • APO-Summicron-M 90 f/2 ASPH. Edition ‘Safari’: £4,000/$ 5095

For more information see the Leica website.

Press release:

Leica Camera introduces three new M-lens variations

Wetzlar, February 14, 2020. Leica Camera is delighted to present three new lenses for the Leica M-System: the silver anodised APO-Summicron-M 75 f/2 ASPH. as well as two limited editions, the Summicron-M 28 f/2 ASPH. and APO-Summicron-M 90 f/2 ASPH. which both come in an olive-green ‘Safari’ finish. The technical specifications of the three new lenses are identical to those of their serially produced counterparts.

The APO-Summicron-M 75 f/2 ASPH. is known as one of the most high-performing lenses for the Leica M-System and is particularly suitable for portrait photography. The new lens variation features an anodised finish and in contrast to the black-paint variant, the feet markings on the distance scale as well as the focal length engravings are inlaid in red, while all other engravings feature black inlays, emphasising the sophisticated design of the Leica M.

Leica is also releasing two limited editions, the Summicron-M 28 f/2 ASPH. and APO-Summicron-M 90 f/2 ASPH. with a special, olive-green paint finish. Both ‘Safari’-edition lenses feature red-inlaid feet markings on the distance scale and red focal length markings, while all other engravings are inlaid in white, creating a stylish juxtaposition with the olive-green lens.

The exceptionally hard-wearing, olive-green paint has a long-standing tradition at Leica. The first Leica cameras to be treated with this superior-quality enamel finish were designed for military use in 1960. Shortly after, the cameras became widely renowned as robust tools that could withstand even the most extreme conditions and what had started with the Leica M1 ‘Olive’ for the German Armed Forces went on to become an enduring success story. While the Leica M3 and M4 in olive-green were still manufactured exclusively for military use, a growing demand among private customers prompted Leica to release the first market version – the Leica R3 ‘Safari’ – in 1977. This was followed by the M6 TTL ‘Safari’ in 2000, the M8.2 ‘Safari’ in 2008, the M-P (Typ 240) ‘Safari’ of 2015 and, most recently, the M10-P Edition ‘Safari’ in 2019. Today, the olive-green cameras are highly sought-after by collectors and Leica enthusiasts alike.

Aside from the Leica Summicron-M 50 f/2, released in 2019, the new Summicron-M 28 f/2 ASPH. and APO-Summicron-M 90 f/2 ASPH. are the only M lenses to perfectly match the olive-green Leica M10-P Edition ‘Safari’, making the lenses a desirable addition to any Leica M Camera. Only 500 units will be available of the Summicron-M 28 f/2 ASPH. Edition ‘Safari’; the APO-Summicron-M 90 f/2 ASPH. Edition ‘Safari’ is limited to 250 units.
You can download high-res images here; all three lenses are available from end of February.

RRP:

  • APO-Summicron-M 75 f/2 ASPH. silver anodised: £3,500
  • Summicron-M 28 f/2 ASPH. Edition ‘Safari’: £3,800
  • APO-Summicron-M 90 f/2 ASPH. Edition ‘Safari’: £4,000

Articles: Digital Photography Review (dpreview.com)

 
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Review: Timelapse+ makes day-to-night time-lapse sequences easy

16 Feb

Even if you’re only a casual time-lapse photographer then you probably know how challenging it can be to shoot a time-lapse sequence that involves drastic changes in lighting conditions. For example, sequences shot during periods of time covering sunrises, sunsets, moonrises and moonsets are difficult because a single set of exposure parameters won’t work for the entire sequence. It’s also unlikely that your camera’s Auto Exposure mode will give you proper results, especially during low light conditions.

That’s where the Timelapse+ View intervalometer, a device designed to automate day-to-night time-lapse sequences, comes in. It retails for $ 399 and it includes Timelapse+ Studio, a Lightroom plugin for processing the timelapse sequences. Studio is also sold separately for $ 49.

I started photographing astronomical observatories 12 years ago. Whenever I needed to leave my camera unattended I would expose for the nighttime conditions (mainly considering the Moon’s brightness) and start my time-lapse sequence before sunset. The sequence would start completely overexposed but would become correctly exposed as it got darker. I would then try to salvage as many evening and morning twilight frames as possible by reducing the exposure value and recovering highlight information in post-processing. (More on how to do this in the Timelapse+ Studio for Non-Ramped Sequences section below.)

These time-lapse sequences illustrate the challenge that the Timelapse+ View aims to solve. I optimized the exposure to correctly capture the night sky, but as a result the afternoon and morning sequences were completely overexposed. Paranal Observatory, Chile. (Nikon D700 and Nikkor 14-24mm F2.8)

Timelapse+ View (the hardware)

All that hassle and limitation can be eliminated with the use of an exposure ramper, a device that progressively changes the exposure according to the lighting conditions. Some devices require that you know beforehand how the light is going to change as a function of time (that is, a light curve) and program the device accordingly. For changes involving the Sun and the Moon, this light curve will depend on the day of the year and your latitude on Earth. Consequently, a lot of trial and error might be required.

The View is an intervalometer and exposure ramper that uses algorithms to analyze the last several exposures and determine how the lighting conditions are changing. Then it predicts the correct exposure for the next frame and sets it accordingly on the camera.

With the Timelapse+ View you can correctly expose the first frame of a sequence and let its auto ramping mode do the rest of the work. The View is an intervalometer and exposure ramper that uses algorithms to analyze the last several exposures and determine how the lighting conditions are changing. Then it predicts the correct exposure for the next frame and sets it accordingly on the camera. At the same time, the View ignores transient sources of light such as headlights.

With the Timelapse+ View you can correctly expose the first frame of a sequence and let its auto ramping mode do the rest of the work.

The View has an internal battery which can be recharged via a Micro-B USB cable connected to a power device or AC outlet adapter. It sits on the camera hot shoe and is connected to the camera via a USB cable (simultaneous multi-camera control is supported via an optional USB port). The View works with many camera models from Nikon, Canon, Sony, Panasonic, Fuji and Olympus, and works with most motion control systems for shoot-move-shoot functionality and motion keyrame integration. It writes image files to either the camera memory card or to an SD card in the unit itself.

Exposure ramping a day-to-night sequence

To shoot a day-to-night sequence, one sets the camera to the lowest ISO and the appropriate shutter speed, making sure that no highlights are clipped. This initial setup will ensure that the sequence will not be overexposed. Since I always shoot in Raw I leave the white balance set to Auto (AWB) and edit the values in post-processing. (See below to learn how to edit a varying White Balance with Timelapse+ Studio.)

You can program the View with its intuitive menu but I prefer to use the free TL+View app (iOS and Android) to program, monitor, and even override my time-lapse sequences. The View can also be controlled from a web-based app on any device with a web browser.

In the first video example below, I captured a fisheye time-lapse sequence of night falling in Nashville for a planetarium show produced by Chicago’s Adler Planetarium. The most natural way of viewing circular fisheye photography is by projecting it on a dome. This results in an immersive experience putting the viewer at the center of the action.

Left: Out-of-camera sequence from a Nikon D810A controlled by the Timelapse+ View exposure ramper. The shutter speed changed from 1/250 sec to 5 sec. Right: The same sequence processed with the Timelapse+ Studio plugin to smooth out exposure changes and gradually change the white balance. Nashville, Tennessee.

For this sequence I set up a Nikon D810A with a Fisheye-Nikkor 8mm F2.8 AI-s lens by the Cumberland River in downtown Nashville. I chose an initial shutter speed of 1/250 sec and ISO 200 (with a fixed F8 aperture) and used the View’s Auto Day/Night interval mode. I set the (initial) ‘Day’ Interval to 5 sec, the ‘Night’ Interval to 10 sec, and chose Speed and ISO Auto Ramping (Aperture ramping mode is also available on the View).

In the Speed and ISO Auto Ramping mode, the View will gradually increase the exposure time and interval between exposures as night falls. ISO values will increase when the exposure time approaches the interval. In the Nashville sequence, the final shutter speed was 5 sec with an interval of 7 sec. It is interesting that during the sequence the ISO gradually decreased from 200 to 100. That’s because, whenever possible, the View will use the longest exposure (for a smoother motion) and lowest ISO (for a lower noise), even if this does not change the resulting exposure.

The View is an intervalometer and exposure ramper that uses algorithms to analyze the last several exposures and determine how the lighting conditions are changing.

I later learned that one can set a mimimum ISO. Setting this to 200 would have prevented the D810A from going into its extended (non-native) ISO range (below 200). According to the developer, only native ISO values should be used since going below the lowest native ISO could cause loss of highlights.

While a time-lapse sequence is in progress you can preview the sequence on the unit’s screen by using hand gestures. This nifty feature lets you control the sequence playback without ever touching the unit, and unintentionally moving the camera. Of course, you can also preview and monitor the sequence remotely using the TL+View mobile app or web-based interface (connected via Wi-Fi, either locally or over the internet). Furthermore, if you need to tweak the sequence settings, the app lets you make changes spread over a determined number of frames, resulting in a smooth change.

You can preview your time-lapse sequence on the built in screen using hand gestures, eliminating the need to physically touch the camera and risk moving it. The View can be programmed with its intuitive menu but I prefer to use the free TL+View app.

On the next page, I’ll explain how to process your images using the Timelapse+ Studio Lightroom plugin.

Articles: Digital Photography Review (dpreview.com)

 
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DPReview TV: Olympus 12-45mm F4 Pro review

16 Feb

The new Olympus 12-45mm F4 Pro lens promises to be a high quality, compact zoom for Micro Four Thirds cameras. Does it live up to the hype?

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  • Introduction
  • Size and weight
  • Livin' la Bokeh LoCa
  • Sunstars
  • Sharpness
  • Compared to the Panasonic GX 12-35mm F2.8 II
  • Minimum focus distance
  • Conclusion

Sample gallery from this episode

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Officials warn Yosemite’s lack of water may spoil annual ‘Firefall’ waterfall event

16 Feb

Photographers hoping to attend this year’s ‘Firefall’ waterfall event at Yosemite may be disappointed. The National Park Service has published an advisory warning that Horsetail Fall, the site of the Firefall event, has ‘little to no water.’

The Firefall event takes place in late February every year, giving photographers the opportunity to capture the Horsetail Fall illuminated with sunlight. During this time, the water turns bright orange and resembles fire or molten rock pouring over the edge of El Capitan in Yosemite Valley.

The lack of water, however, threatens to ruin this event; without water, obviously, there will not be a stream of ‘fire’ to photograph. Assuming the Firefall does happen, it will be visible from February 13 to 27 this year. In order to prevent issues from heavy traffic during this event, Horsetail Fall will have daily restrictions from noon to 7 PM during the aforementioned dates.

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Video: How much does an anti-aliasing filter affect image quality?

16 Feb

Some digital cameras currently on the market don’t have a traditional optical low pass filter (OLPF), or anti-aliasing feature, in front of the sensor. Manufacturers claim this makes images sharper though it comes with an increase in moiré patterns. Does this significantly affect image quality? New Zealand-based wedding photographer Richard Wong wanted to find out. In the video, above, he displays side-by-side comparisons of images taken with similar full-frame mirrorless cameras. One has an anti-aliasing filter while the other leaves it out.

By zooming in on images taken with a Panasonic S1, which leaves the anti-aliasing filter out, and a Panasonic S1H, which contains an OLPF, Wong illustrates some subtle differences. Both cameras boast a 24MP sensor and photos were captured with the same lens, a Lumix S 24-105mm f/4, with an aperture setting of f/8. While it might be easy enough to correct minor flaws in the post-production process for photos, it gets a bit more complicated with video.

Even when zooming in 200%, it’s difficult to tell the difference between the images taken with the two different cameras.

“If there are two cameras out there that are pretty much identical, and the only difference is that one camera doesn’t have the anti-aliasing filter and one has it, if you want to maximize the image sharpness and don’t worry too much about moiré patterns, then definitely go for the camera that doesn’t have the anti-aliasing filter because that will give you the best image sharpness,” explains Wong.

“On the other hand, as you can see from the comparison photo, even when I zoom in and look at the photo side-by-side at 100% zoom level, I can’t really tell the difference,” Wong continues. “I have to zoom in to 200% or 400% before I can actually see the difference between the two photos.”

By zooming in 400% to 800%, differences become more defined. You can see discoloration or false colors on the balcony with the S1 while the S1H is slightly more blurry in the details.

One final note: Wong recommends you watch this comparison video from a full screen instead of a smartphone to see the subtle differences. What do you think? Would it be worth upgrading to a camera like the S1H, which contains an anti-aliasing filter, if you were using it for video as well?

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PiXLIGHT portable speedlight for cameras and smartphones launches on Kickstarter

15 Feb

Photographer Arash Hamidi has launched a Kickstarter campaign seeking funds for PiXLIGHT, an off-camera speedlight with a portable, lightweight design and support for smartphones in addition to cameras. The speedlight system collapses down to a small size when not in use, enabling photographers to pack it in the average photography backpack or most bags.

PiXLIGHT weighs 1.6kg (3.5lbs) and measures 203cm (80in) long when setup with its umbrella, which will be available with six and eight ribs. The modeling LED light has a 2.5s recycle time, attaches to a flexible gooseneck with 360-degree swivel support and is capable of 400 full-power flashes per charge; the battery is user-replaceable.

Other features include support for high-speed sync, more than 15 light modifiers, an angle lock on the tripod, remote control and built-in trigger, Bluetooth for connecting to a smartphone in order to control the light’s settings, standard USB-C charging and a guide number of 58 at ISO 100.

The Kickstarter campaign, which has exceeded its funding goal, is offering the PiXLIGHT with an umbrella, remote, battery and ‘simple bag’ for pledges of $ 249. Other pledge options are also available offering a variety of modifiers without the light, two lights with umbrellas, batteries and a ‘special bag’ and more. Shipping to backers is estimated to start in July.


Disclaimer: Remember to do your research with any crowdfunding project. DPReview does its best to share only the projects that look legitimate and come from reliable creators, but as with any crowdfunded campaign, there’s always the risk of the product or service never coming to fruition.

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Opinion: New rules proposed by the FAA are a threat to drone pilots – including photographers

15 Feb

The FAA is proposing new rules related to flying drones in the US, and if you fly drones – including for photography – these rules WILL affect you. In this article, I’ll look at the implications of the proposed rule changes and how you can comment on them before the FAA makes them final.

The day after Christmas, the drone industry was finally gifted the long-awaited Notice of Proposed Rulemaking (NPRM) for the Remote Identification of Unmanned Aircraft Systems (drones), and what the Federal Aviation Administration (FAA) presented was a shock to many commercial and recreational remote pilots, alike. The government agency completely ignored recommendations from all 74 industry stakeholders that make up the Aviation Rulemaking Commitee (ARC), which is concerning.

The drone industry needs Remote ID, the concept that every drone should have a digital license plate, to move forward. Having a uniform system in place to identify unmanned aerial vehicles in national airspace is imperative for the safe operation of every aircraft sharing the skies. It will also enable more complex operations including flights at night, over people, and beyond visual line of sight (BVLOS). Remote ID is a step in the right direction but, unfortunately, the FAA has proposed costly, privacy-violating rules that will at first stifle, and then eventually crush, the potential of a burgeoning industry.

The FAA is proposing new rules related to flying drones in the US, and if you fly drones – including for photography – these rules WILL affect you.

I’m not going to summarize every section of the 87-page (the original was 319) document in one article as it goes far beyond the scope of what most DPReview readers want to digest. Instead, I’ll cover some of the main points of concern and, finally, offer suggestions and resources for leaving an effective comment for the FAA if you’re one of the nearly 1.2 million registered drone users in the U.S. If you’re prepared to make your voice heard, comment HERE.

What will potentially change?

The NPRM proposes that both manufacturers and UAS (unmanned aerial system) operators will be responsible for meeting Remote ID requirements. The main purpose is to connect a UAS with its owner. Capabilities are divided into two categories – “Standard Remote ID” and “Limited Remote ID.”

  • Standard Remote ID ‘would be required to broadcast identification and location information directly from the unmanned aircraft and simultaneously transmit that same information to a Remote ID USS (UAS Service Supplier) through an internet connection.’ Most flights would be conducted under these terms.
  • Limited Remote ID ‘would be required to transmit information through the internet only, with no broadcast requirements; however, the unmanned aircraft would be designed to operate no more than 400 feet from the control station.’
New rules under consideration by the FAA would have wide implications for drone operators in the US, including a requirement to broadcast personally identifying information when flying.

Let’s pause for a moment and acknowledge that a drone will need a SIM card to operate under these new guidelines. Leading carriers such as AT&T, Verizon, and T-Mobile charge between $ 10 and $ 20 per month to add a device like a tablet or smartwatch to your data plan, so we can probably expect similar costs for a drone. If you’re operating more than one UAS, like many small businesses and some hobbyists, this adds up quickly. Major carriers also have gaps in the data coverage they provide. Many rural areas don’t get any signal, which will effectively limit where drones can be operated.

Key data, including the control station’s latitude, longitude, and altitude can be accessed by anyone from takeoff to landing, not just law enforcement. This is concerning because the general public will know exactly where a remote pilot is operating. If someone gets angry or doesn’t understand the nature of drone operations, they could easily harass or even attack the pilot. What’s more, the FAA estimates the remote pilot will be paying an additional fee of $ 2.50 per month to be connected with a USS.

The general public will know exactly where a remote pilot is operating. If someone gets angry or doesn’t understand the nature of drone operations, they could easily harass or even attack the pilot.

Drones need to be equipped with Remote ID in order to comply with the above draconian restrictions. The FAA is confident that most commercial aircraft can easily be outfitted to meet new requirements. Where things get especially cost-prohibitive involves equipping hobbyist or ‘amateur-built’ unmanned aircraft with Remote ID capabilities. The FAA doesn’t provide a solution for an affordable Remote ID kit. This means any UAS that is at least 50% constructed by a person will either need an independent solution constructed by that builder (a process that could potentially cost upwards of tens of thousands of dollars) or it will be restricted to an ‘FAA-approved identification area’ or FRIA.

Remote pilots have 12 months to suggest areas where drones can operate without Remote ID. The issue is many of these designated areas could be located tens to hundreds of miles away from your front door. There will likely be a charge similar to the Academy of Model Aeronautic’s (AMA) $ 75 current annual membership fee. Speaking of, the FAA also wants to overhaul the current registration process by requiring hobbyists individually register each drone instead of as a pilot. Some hobbyists own dozens of model aircraft. At $ 5 a piece, registration fees could potentially add up to hundreds of dollars.

What can you do?

The FAA is gathering comments from the public until March 2nd. The good news is, officials are required to read each and every one submitted by the deadline. However, if you take the AMA’s terrible advice, cut and paste one of their boilerplate comments into the form, and pass it off as your own, it will be disregarded. Unfortunately, I’ve already seen too many of the 12,000+, and counting, comments start off with ‘I am writing in response to the FAAs notice of proposed rulemaking on remote identification of unmanned aircraft systems (UAS). I am deeply concerned…’ Please, do not do this. Take the time to craft an original response.

Image shared with permission from Ryan J. Latourette

As I mentioned earlier, I am basically summarizing some of the more pertinent concerns this NPRM brings up. If you’re looking to leave an impactful comment, I highly recommend checking out this in-depth resource from Pilot Institute. Skyward, a drone operations management platform, has a group of policy experts answering common questions in a webinar scheduled for Tuesday, February 18th. Joining drone-related Facebook Groups and forums and asking for guidance is another avenue to pursue, especially if reading and interpreting a lengthy legal document feels like a cure for insomnia.

It’s important to remember that this is a proposal. Nothing has been finalized. This is why every person that flies commercially, or for fun, must comment. It will still take the FAA several years to implement any changes. The more we, the public, can convince them that drones are beneficial, and provide viable alternatives to what has been suggested for Remote ID, the better chance we have of devising solutions that will work out for everyone.

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