Last November, Sony sent out a press release announcing its entrance into the drone industry with 'Airpeak.' A few more details surfaced, today, in conjunction with the launch of the annual Consumer Electronics (CES) show. In its latest unveiling, Sony claims 'Airpeak [is] the industry's smallest class of drone that can be equipped with the Alpha system.'
Airpeak is expected to be released to the public in Spring 2021, and aimed at professional photographers and video creators. While the exact dimensions of the quadcopter are not provided at this time, the aircraft is supported by two landing gear extensions that retract upward when it takes off.
Other drone manufacturers have equipped select models accordingly. Freefly Systems announced their Astro drone back in October, which is compatible with the a7R IV, while some of DJI's Ronin gimbal stabilizers support Sony's products.
It is unclear whether Sony will release any additional information this week during CES. However, the company promises to provide periodic updates here as it continues to work on co-creation efforts with professional drone users.
I can build this, but probably even better, for less than $3k. That Gremsy T3 gimbal is about $2000 of it, then a quad frame and motors (though I only use hexa and octa) and orange cube. Still less than 3k and redundant (18 different dignals) gps's, redundant batteries, redundant power modules, and redundant receivers, although this looks like a sleek package, I still think mine I've already built would outdo this, so I don't think I'll be buying one. If they are under $4500 without any extras, then I think that's a good price for people who don't already have a big drone. It really does look like a nice sleek system. The only thing it kind of needs is at least 6 props in case of failure, then you could bring it down in a slow spiral and somewhat controlled.
To me it seems too large. I liked where DJI was headed with the Hasselblad camera, but never bought one because the focal length was too long. I have large drones, Typhoon H, with the right focal length, but being large they attract way more attention then I want. Can we just have a small quiet drone with an awesome camera with some variation of focal lengths? Hasselblad with 15mm equivalent.
Silence is futile. When the FAA's remote ID requirement becomes law, any drone over 500 grams will tell every Karen or Ken vigilante with a WiFi phone ap where it is, the ID, and the location of the operator. Fancy lens specs will conflict with that weight limit. Wide angle is most useful. Navigate the drone to narrow or expand the frame of a shot.
Shots like that exhibited at 0.33 in the second video are very difficult to achieve with most drones. How can the Airpeak fly just inches above a car traveling at 30 mph or more. It is situated right where gusts of air would be thrusting up from the windshield. Does this require the dual efforts of a skilled VLOS pilot and another person operating the camera (pointed towards the front of the car)? Or is there advanced AI (Skydio 2 type) that enables the drone to track the car and cancel turbulence? Some <$500 360° cameras on sticks can simulate tight drone shots without such difficulties or risks.
I can’t wait to hear the detailed specs. It looks pretty amazing especially in the concept car promo video. I’m sure Sony will make some really nice integration happen between the tech at play.
I'm getting really bored with all the drone shots in every outdoor TV show. The photographers have become plain lazy, and instead of scouting good locations and framing nice scenes to show you what it's like to be there, it's just "launch the drone again" to fill 20 minutes of the hour - all without having to setup/carry the camera, tripod, and lenses or walk anywhere.
You made me realize a little bit what was annoying me with drones. Another thought I had is that it sort of made me think, can I get the pro-level shots I want without a drone, specifically thinking landscapes. The reality I’m coming to realize is yes, the opposite may be true that the drones are overused!
I don’t think drones are necessarily overused, they’re just poorly used. People get enamored with taking off 200 feet and look at the view which I agree it gets pretty old pretty quick. Drones don’t break the rules of photography, you still need to composition, an interesting subject and good lighting for stills or video.
So far as real estate goes, I'd put more trust in a "lazy" drone shot than a picture based on some clever set-up and framing. Humans have craved a "bird's eye view" for ages. Do bird's overuse their wings? Even penguins "fly" in the water. Why insist that we must forever waddle about and nothing more?
'Twas ever thus. I remember the early days of DVEs, when every TV show had at least a dozen transitions that involved the picture rolling itself up and being posted into some kind of orifice, just to make insecure producers think they hadn't wasted their money.
Eventually the novelty will wear off and people will just use the appropriate kit for the job, whatever the job is. And by that time there'll be some other new toy that gets used in every alternate shot whether it's appropriate or not. ;-)
Real Estate is a lot about emotion. I agree a birds eye is more trust worthy, but if your job as photographer is to deliver compelling images to a client (salesman & seller) then you’re failing.
Aside from that I never advocated against drones. But just because they can go high doesn’t mean they should (for a good shot).
Sony had a decent presentation. I Was hoping to see more from Canon and Nikon at CES but really nothing. Canon's message was they are open to innovation and wait until next time to see what they have done.
You can put expensive gear on your new DJI tried drone and crash it on your first flight just the same. It would be foolish to load expensive gear on any drone before you’ve become comfortable flying it.
Sony typically has terrible software chops in its camera division. I'm curious about how they handle a drone, where the software link is the primary interface instead of a secondary concern.
@ User3871298095: With complex cameras you get many menu items. Just set the camera up properly. Use programs, programmable buttons, and arrange the Fn menu like you want it, and you can work blistering fast with Sony cameras. There is even a My Menu where you can put selected items.
Going trough the menus when using the camera? Old fashion.
With the current market and regulation situation for drones ... I would drop any product with "drone" in the name like a hot coal. I can't imagine that the market is big enough to ever earn some money out of it.
But maybe they see it as extension to their cinema market to complete the system ... which is actually a good idea ;-)
Exactly, the class targeted is pro cinema/video/photo, where the people do pay and respect the whatever policies, and even pay for getting authorizations to film in restricted areas. I guess the price will be around 10k+ anyway :)
One obvious worry is that this only has 4 props: surely any serious pro drone, carrying a heavy (metal!) camera worth thousands of dollars, should have redundancy in its configuration (minimum 6 props)?
Full-size helis rely primarily on # of engines and not # of rotors for staying aloft (higher carrying capacity is a different matter altogether). Biowizard's concern re: loss of stability when the # of working props drops from 4 to 3 is valid.
Magnar there is a reason why serious drones like the DJI Matrice 600 has 6 rotors. They won't fall out of the sky when one of the rotors quit. With just 4 rotos and when one fails they become unsteerable and will crash. A Matrice 600 can fly on 5 rotors.
Then there is the fact that when the main rotor of a helicopter fails it will be able to make an emergency landig. It will not fall out of the sky. Though it will come to an emergency landing. Only when tail rotor of a helicoptor fails it is hard to control as it will then start to spin.
But a drone works on a different principle:
1 - 2 3 - 4
1 - 4 spin one direction while 2 - 3 spin the other direction.
If any of these 4 motors fail there is no compensation to the other motor and so it spins and is out of control.
For the true professional market a 6 rotor drone is preferred. That's why you see these drones used in the film industry. A crash is a considerable loss in equipment.
@ Knock Knock - I suggest you re-read your post for technical correctness:
1. If the "rotor" of a helicopter fails, the aircraft will crash. You may have meant to say if the "engine fails". In that case an auto-rotation trading altitude for airspeed to keep the rotor turning will usually be successful.
2. If the tail rotor fails, not every helicopter will spin and crash. A number of more sophisticated helicopters have a vertical stabilizer in the tail near the tail rotator that will stabilize the rotation of the helicopter down to some minimum control speed. In those helicopters the procedure in case of a tail rotor failure is to maintain at least that minimum control speed and make what is called a "run on" landing on the landing gear, wheels or skids. Of course this works best on a long smooth surface.
Well if we are talking about that level of control it MAY be possible to have very limited control of a quad with only three working rotors. Of course half the upward thrust capability would be gone as the control system would basically almost shut down the rotor opposite the failed one. (If it’s smart enough.). Two rotors is enough to maintain altitude if there’s enough thrust. The third rotor could possibly help with directional control. Again this would likely not end well. Like an autorotation or skidding of a helicopter trying to maintain enough forward speed while landing won’t end well. These things save lives but the vehicle rarely comes away unscathed.
@MikeRan: > “it MAY be possible to have very limited control of a quad with only three working rotors.”
I think you are confusing a human-piloted chopper and a program-piloted one. If the tail rotor fails on a program-piloted chopper, it would spin violently indeed. On the other hand, ALL THE OTHER DEGREES OF FREEDOM can still be perfectly controlled — provided the control system has a full knowledge of the spin and can change the controlling actuators quick enough (in the rate of spin).
Likewise for a quad-copter with one failed motor. 2 opposing motors would control the lift — and one component of rotational momentum. To stabilize the second component, the 3rd working rotor would need to work (not on full power, and possibly in opposing directions!). The 3rd motor would cause some spin — which cannot be controlled, but since the 3rd motor is just for fine-tuning, the spin should not be violent.
So the ONLY bad part is that it is “a controlled landing when spinning”.
I do not know how disastrous is a spin when landing. So cannot comment on this.
(Moreover, I never tried to write a control system for an aircraft. So I’m just discussing what is THEORETICALLY possible. But it seems that the rest of the discussion is in the same vane anyway!)
Variously some good points made here, and also some ill-informed thoughts.
TWO key things are need to keep a drone aloft: (1) Lift in a 2-dimensional space around the centre of mass, and (2) Cancellation of rotational torque.
For (1), consider a square table with one leg chopped off: it's not going to be stable. A circular, six-legged table will stand safely with any one (or depending on which ones, two or even three) legs missing. Think of the legs as the "lift".
For (2), just realise that each clockwise rotor causes an anti-clockwise rotational torque on the drone; each anticlockwise rotor causes corresponding clockwise torque. To prevent the drone spinning out of control, there must be a balance of these two opposing torques, which will only happen if enough of the clockwise and anticlockwise rotors remain functional and within their rotational performance limits.
Talk of planes and helicopters is not relevant here.
@Biowizard: “… a square table with one leg chopped off … not … stable.”
To the contrary: if the legs stick to the floor (so the “weight force” can be both positive and negative — as with a rotor), it is perfectly stable.
(2) I addressed above: with a flexible enough control system, spin would not effect being able to control the other degrees of freedom. And since the third rotor is going to be used only for fine tuning (the lift is almost fully controlled by two rotors), the spin is going to be minor.
And as I said: such an uncontrollable (but minor) spin MAY BE not a big deal.
(Moreover, I’m almost sure that by keeping the copter slightly tilted, one can compensate the spin as well by fine-tuning of this tilt. So until the last ¼ second before landing, the copter can be fully controlled. In the remaining ¼ of the second, when being completely level is important, the spin would not accumulate much)
The main flaw in your argument is that you assume the individual rotor speeds can be instantly changed and the reality is they cannot. If the spin is very slow this may still work. But at some point the spin becomes enough that the rotor speed cannot be changed fast enough to maintain control.
How do you think this is different for 3-rotors mode vs 4-rotors mode?
Or are you addressing “controllability during spin”? If the latter — then this may be true. But it may be also false: with quick enough spin there may be a possibility to control even with SMALL variations of the speed.
With three rotors one rotor is barely spinning. Just enough up or down to change the angle. The two opposing rotors are spinning at full speed in opposite directions. The third rotor only spins when it needs to change the flatness of the quad to guide it in one direction vs another. So it barely contributes.
A clearly professional proposal, I am sure that Sony has done the appropriate homework. The only issue that may occur is Sony's attitude in whatever has to do with support.
I never had anyproblem with support for Sony products and my Sony products have seldom needed support. But the world is large so I reckon it can be different from country to country.
As much as drones are popular, there are very few consumer-like heavy drones for FF-cameras. It will be interesting to see integration between AirPeak and Alpha, because the drone will be clearly Alpha-branded.
By looking at the battery pack and the cameras they want to support this is going to be a class C3 drone (Europe). Which means. It is going to require training, pass theoretical and written NAA exam, plus practical exam. Approximate cost to pass the required training and exam sits close to €4500 to €5000 Euro, add that on top of the drone itself (± 3000 - 5000 Euro) add the camerasystem and we are talking a €10K+ system...
In all a nice drone, but it will sit pretty far into the professional segment. This drone won't be operated by many amateur drone pilots.
I agree - But many people here thought Sony would. You can also read it in the comments that some people have unrealistic expectations.
Now the new rules have been implemented in Europe the only drones interesting to consumers are those below 250 grams. As this only requires registration and do not need an exam and pilot license.
I do think the 250 - 900 gram drones market is going to be highly impacted by the new rules and regulations. I truly wonder how many people are willing to pay for the required licenses knowing the registration is a yearly cost and the exam and training needs to be redone and paid for every 4 years.
I 100% agree with you on the sub 250g drones for amateurs. So much so that I’m receiving mine today.
But I’m not sure the next class of drones will be that bad. The test is free and I’ve done the UK version, that should be quite similar to the EU. If you can’t pass that, you shouldn’t be flying a drone. And the payment is for any non toy drone. So even a DJI mini will need it.
And the A2 limits are similar to what we have today.
Now, with sub 250g having 4k video, raw photos, flight time of about 30min and great connection with the remote, the need for a heavier drone is smaller than ever.
It's 3500€ in Denmark which is one of the most expensive countries to live in in EU. You can get licens to fly with up to 25 Kg drones outside cities for 1800€. It's called Open A2. Then you are allowed to fly with a C2 drone outside cities.
David Cartagena, is that with the new rules or the old ones? I was reading that in the UK, the licence for legacy drones to fly closer is around 100€. It used to be expensive and take a few days, but now can be done on-line much cheaper.
I belive this won't be cheaper than $3000, at the best.
Hope it also includes some crash insurance... as it's one thing to crash your $500-$1000+ DJI drone, and it's another one to crash this + an A7S III with a $2000 lens on it. :D
You can search online for maps. I did. And to my surprise, the regulation for most of the department, I live in in France, is this: any drone use is strictly prohibited. A couple of times a month we have low flying jets or helicopters. The jets appear so quickly and low, that you would not have time to ground a drone. Hence the ban on drones. You have to check the maps each time before flying a drone.
A crash landing on the way if the two side "legs" fail to close down to support (due to stuck or battery low ) ... they want you buy another ... Sony camera LoL
I suspect it won’t drop like a stone just because the legs are stuck. A pilot in control would wisely make a soft landing on a soft surface and the camera would be fine.
And any pro serious about their work enough to spend 10 grand on a heavier than air flying rig should really have equipment insurance in addition to the liability insurance.
For those had experience flying any pro or non-pro drones, a low battery situation up in the sky is not rare ... to purchase another Sony ... might NOT be good for anyone, disregarding the insurance.
Curious why a Sony solution vs any other solution is better or worse from a battery perspective? Aren’t all drones subject to the same 9.81m/s^2 acceleration due to gravity when the rotors stop spinning?
Opening/swing landing gears with extra motors ... if you watch the videos above. It is not a Sony special but Sony went for it with their luxury gears on ...
Lets hope Sony doesn't do a GoPro Karma disaster.. DJI has been in the drone biz before they were called drones.. Before the 1'st Phantom hit the shelves.. They were called multi rotors and you had to build them yourself 10-15 years ago.. DJI had the NAZA flight controller (the brains).. I would not buy the first batch of Sony drones.. Even DJI had issues within the first few years.. But Sony is the co that can probably pull it off..
Not really that difficult to reverse engineer anything that DJI's done the last decade and adapt to the heavier payload. The drone itself is actually quite simple and it's more about the quality of the components and the software that runs it. Reverse engineering the software is also relatively easy. Drones are a quite mature market at this stage. I'm more than certain that a company like Sony can pull this off without a hitch. All the necessary infrastructure from engineering, sw development to support and logistics are in place. If it was a small startup I'd be more cautious.
I am not sure it changes anything given the probable price, the little % of poeple interested, and the even more little % of poeple ready to loose 10000$ in case of big crash
As a Canon guy, I'd really like to see Sony come out with a mavic style drone (integrated camera and so forth). They seem to be the ideal company to compete with DJI.
Given drones have a reputation for being used to creep/snoop/spy on people, I would think you'd want to steer away from anything sounding like 'peek'. Unless maybe that's the market they're after, I guess.
How many hexacopters can still fly without one motor? I don't think majority of them has that feature, I would expect octocopter have but that's adding more complexity and price to the product.
It already has prop redundancy. You need a net torque of zero to be maintained for controlled flight (or descent) and that can be done with three or two props by varying the rpm of each prop.
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