I am in the process of uploading a new batch of plane pictures taken at various locations across the UK.
If you want tips on aviation photography then check out my set of aircraft photography tutorials.[/vc_column_text][/vc_column][/vc_row][vc_row][vc_column][vc_column_text]
Featured Aircraft Types and Airlines
[/vc_column_text][/vc_column][vc_column width=”1/2″][vc_column_text]The additions include images of both commercial and military aircraft of the following types
Airbus A380
Boeing 737
Boeing 747
Boeing 777
Boeing 787 Dreamliner
DHC Dash 8
Bae Hawk
F-16
[/vc_column_text][/vc_column][vc_column width=”1/2″][vc_column_text]Airlines and military operators featured in the new editorial stock photos include
[/vc_column_text][/vc_column][/vc_row][vc_row][vc_column][vc_separator color=”sky” el_width=”70″][/vc_column][/vc_row][vc_row][vc_column][vc_cta h2=”Subscribe to GDMK Images” txt_align=”center” add_button=”bottom” btn_title=”Sign me up I want to know about new stock photos on GDMK Images” btn_custom_background=”#0098da” btn_custom_text=”#fffffd” btn_link=”url:http%3A%2F%2Fstaging.gdmkimages.co.uk%2Fsubscribe-gdmk-images-newsletters%2F|title:Subscribe%20and%20save%2010%25%20off%20your%20next%20wall%20art%2C%20phone%20case%20or%20t-shirt%20purchase!|”]
Be the first to know when new images are available at GDMK Images
Share this aviation stock update with your friends and colleagues …. thanks![juiz_sps buttons=”facebook, twitter, google, pinterest, digg, linkedin, stumbleupon, mail”]
Part 2 finished with a bit of a conundrum. Does shutter priority mode have a use for aircraft photography? Well, worry not, all will be explained below.
So far we have looked at how to maximise the shutter speed to avoid blurred images caused by camera shake. A higher shutter speed in theory brings with it a sharper image and reduces the effects of camera shake. Beginners in aviation photography should be aiming for around 1/1000th of a second to minimise the chances of blur through camera shake.
I am now going to turn everything we have discussed on its head. In some cases a lower shutter speed is necessary. I will show in certain circumstances you should limit the shutter speed to a maximum of 1/250th of a second. It seems a little strange to now be discussing the use of slower shutter speeds – why?
Look at the image below and you will soon see why……..
Hercules with frozen prop movement
Can you see the problem?
The high shutter speed has frozen the movement of the propellers. This creates the impression the C130 Hercules aircraft is hanging in the sky.
This is not a good look and exactly why shutter priority mode should be used.
High shutter speeds are generally desirable BUT in certain situations you should choose a slower speed to realistically convey the scene.
I suggest you restrict shutter priority mode in aviation photography to when your subject is a propeller powered aircraft or when you want to show movement.
Shutter priority mode is most useful where you want to convey movement.
Look at the images below …..
Propellor aircraft conveying prop blurFlybe Dash 8 turboprop aeroplane landing into spring evening light
Do you think the propellers look more natural?
High shutter speeds are generally desirable BUT in certain circumstances you need a slower speed to correctly convey the scene
For propeller aircraft you should convey the turning movement of the props. It is a far more realistic look and will give your aircraft photos increased realism.
To achieve a realistic looking propeller blur, you should choose a shutter speed of around 1/250th of a second or lower.
You will find a bit of trial and error with shutter speeds is necessary to establish a realistic look to the propellers.
slower shutter speed = more blur
higher shutter speed = less blur.
Also bear in mind that different aircraft types have different propeller rotation speeds. You will need to choose different shutter speeds to convey a particular ‘look’ depending on the aircraft type.
Helicopters can be a real challenge as the rotors turn much slower. You should select a maximum shutter speed of around 1/160th of a second to capture a realistic rotor blur.
With such low shutter speeds you will need to use good camera handling technique. Good camera handling technique will help reduce camera shake when using low shutter speeds.
Part 4 of the series will look in depth will look at camera handling.
There has been some pretty heavy stuff in this series of posts. Take time to read and understand the discussions. When you put the theory into practice you should see an improvement in your aircraft photography.
A quick summary then
aim for shutter speeds of 1/1000th of a second to reduce the risk of blur through camera shake
convey movement by using shutter priority mode to select a lower shutter speed
a high shutter speed results in stationary propellers – not a good look
lower shutter speed brings a greater sense of movement
lower shutter speeds increase the risk of camera shake
In part 4, I will discuss some techniques to overcome some of the more demanding aspects of aircraft photography.
I will look at good camera handling technique including –
holding your camera and lens
your stance and posture
how body movement can affect the end photo.
I will also look at some advanced camera and lens features to further help and improve your aircraft photography.
Thanks for reading this post and I hope you have found something of use. I would love to hear your comments and feedback on the content above. It would be great to see any images you get using the techniques discussed in this post.
If you want to discuss any of the details in more depth then don’t hesitate to give me a shout
Here is a quick update on what’s new in regard to this website.
A lot of time has been spent tweaking the user interface and aesthetics of the site. The aim is for visitors to quickly see whats new and easily get to the section of interest whether that be my portfolios, location reports or news.
I have been reviewing and updating some old photography technique posts that were posted several years ago on an old blog of mine. The updated articles will be posted here in due course following a general tidy up of the content and updating any technical or product information to reflect newly released equipment.
The first series focuses on aircraft photography – here is the link to part 1 of the series which looks at cameras and lenses. The original series of posts featured 4 parts and discusses cameras, lenses, camera modes and various useful aircraft photography techniques.
I am quite intrigued by the release of the Nikon D7200 and have been mulling over the likelihood of ever seeing a Nikon D400 to replace the classic Nikon D300 camera.
Both the stock photo and wall art photo portfolios are expanding with new and varied content. The new additions feature many different subjects as shown below.[/vc_column_text][/vc_column][/vc_row][vc_row][vc_column][mpc_vc_grid id=”819″ columns=”5″][/vc_column][/vc_row][vc_row][vc_column][vc_column_text]
A selection of the latest stock photos
A random selection of latest new photos added to my stock photography portfolio. Use the categories above to see all the latest additions in each category.[/vc_column_text][vc_media_grid element_width=”3″ gap=”1″ filter_size=”md” include=”843,842,841,840,839,829,830,828″ grid_id=”vc_gid:1551114352315-19777b50-27eb-3″][/vc_column][/vc_row][vc_row][vc_column][mpc_vc_grid id=”902″ columns=”5″][/vc_column][/vc_row][vc_row][vc_column][vc_column_text]
A random selection of the latest wall art pictures.
A random selection of latest new photos added to my portfolio can be seen below..[/vc_column_text][vc_media_grid element_width=”3″ gap=”1″ filter_size=”md” include=”888,1730,1733,1734,1719,1732,1793″ grid_id=”vc_gid:1551114352325-a42776b2-df60-7″][/vc_column][/vc_row][vc_row][vc_column][vc_column_text]Thanks for taking the time to read this update and look at my portfolio updates. Please feel free to leave any comments about the site layout and fuctionality, portfolios or anything else that comes to mind.
Cheers
Gary[/vc_column_text][/vc_column][/vc_row][vc_row][vc_column][vc_separator color=”sky” el_width=”70″][/vc_column][/vc_row][vc_row][vc_column font_color=”#00478c”][vc_cta h2=”Subscribe to GDMK Images” h2_font_container=”color:%2300478c” h2_google_fonts=”font_family:Arimo%3Aregular%2Citalic%2C700%2C700italic|font_style:400%20regular%3A400%3Anormal” h4_google_fonts=”font_family:Arimo%3Aregular%2Citalic%2C700%2C700italic|font_style:700%20bold%20regular%3A700%3Anormal” txt_align=”center” color=”sky” add_button=”bottom” btn_title=”Sign me up I want to know about new GDMK Images articles” btn_align=”center” style=”outline” btn_style=”outline” use_custom_fonts_h2=”true” use_custom_fonts_h4=”true” btn_button_block=”true” btn_color=”sky” shape=”round” btn_shape=”round” btn_size=”md” btn_link=”url:http%3A%2F%2Fstaging.gdmkimages.co.uk%2Fsubscribe-gdmk-images-newsletters%2F||”]
Be the first to know when new GDMK Images articles are available
Aircraft Photography Tips – Choosing Camera Metering Modes, Exposure Modes And Exposure Compensation
In my first post on aircraft photography, called aircraft photography tips part 1, I discussed essential camera modes and looked at some of the currently available lenses.
Specifically, I mentioned the importance of control over certain camera modes of your chosen camera.
Those camera modes were –
metering mode – centre weighted and spot
manual control of exposure compensation
auto modes – aperture priority and shutter priority
Lets look at these camera modes to understand how and why they affect the finished image.
The article will talk in depth about the technical aspects of camera exposure. My aim is to make the article interesting enough for those with some knowledge of the subject without being too complex for beginners. Please let me know if I was successful in this approach!
Camera Metering Modes
One of the most important factors in any type of photography is to understand and interpret the varying light levels in your chosen scene. The photographer then needs to understand how the selected metering mode will affect the camera in achieving the final exposure.
In general photography, the majority of scenes will consist of evenly lit subjects.
Multi area matrix metering, which evaluates the relative brightness of subjects in the whole scene, is usually very good at selecting an exposure that will render the colours and brightness levels in a very authentic manner.
I am sure we have all experienced scenes that have more sky or shadow and see that the resultant image has either nice shadow detail and a burnt out sky or a nice sky and dark shadows.
This is because the matrix metering is trying to evaluate an unevenly lit scene. Whichever element, bright sky or dark shadows, forms the majority of the scene will be judged to be the most important and the camera exposes accordingly.
It is extremely important to remember that aircraft in the air are comparatively small and dark against a big bright (hopefully blue!) background.
If you choose wide area matrix metering modes you are going to quickly run into underexposed shots.
With multi area matrix metering, the camera sees a large bright expanse of sky dominating the scene and exposes for an overall bright image. Typically you will get a nice blue sky and a black or dark grey aircraft.
Because the aircraft are relatively small compared to the whole scene, you must compensate against this by selecting centre weighted or spot metering mode.
These two camera modes reduce the amount of the overall scene that the camera measures when computing exposure.
Centre Weighted Metering
Centre weighted metering simply means that the exposure calculations made by the camera put more emphasis on the readings detected in the centre of the image.
Typically, centre weighted metering will put the emphasis on about 8-15% of the scene. The brightness levels of the whole scene are still evaluated, but the camera adjusts the exposure so that the readings taken from that 8-15% are given the greatest emphasis in its calculations.
One thing to remember is that each brand implements their metering modes slightly differently, and the sophistication of weighting calculations vary as well.
Lower end models may have a fixed value of emphasis and have the centre weighting fixed to the centre of the focusing area.
With the more expensive cameras in any given range, you will find the sophistication of the systems increase.
You will find that you can control the size of the centre weighting in steps somewhere between 8-15% and that this weighting is not fixed but follows the selected focusing point.
Spot Metering
Spot metering is simply a more extreme version of centre weighted metering. The emphasis is now placed on an area as low as 1 or 2% of the scene. Again, each brand implements the feature slightly differently and the sophistication increases as you move higher into the brand range.
Spot metering is a key feature and is not always included in the lower end models so make sure any model of camera you look at has spot metering.
It is extremely important to remember that aircraft in the air are comparatively small and dark against a big bright (hopefully blue!) background
So, by understanding how cameras evaluate a scene, and how the user can select a weighting mode, you should be able to see how a more accurate exposure of our aircraft against a bright sky can be achieved.
Although cameras metering modes are becoming extremely sophisticated and competent, they are still not fool-proof in getting that well-exposed aircraft photo.
This is where the next important camera feature – exposure compensation, comes in to help.
Exposure Compensation
So far we have looked at how we can choose a metering mode that will help the camera to interpret the scene as we want it to.
Exposure compensation allows you to directly adjust the calculated exposure value by a set amount of either over or under exposure.
By manually controlling exposure compensation, you are further controlling the final calculated exposure.
Most modern DSLR cameras allow you to manually ‘dial-in’ a fixed adjustment to the calculated exposure value.
Depending on your camera, you can usually add in between +2 and -2 stops of exposure in steps of either 1/3 or 1/2 stop increments.
I like to dial in up to +0.7 exposure for small aircraft and +0.3 exposure for larger aircraft, but you will find that the exact compensation is a matter of trial and error depending on the light encountered on the day.
I do this because a smaller aircraft means more bright sky affecting the calculation so I want the camera to overexpose slightly more on its calculation. A larger aircraft means less bright sky so the camera is more likely to calculate a more pleasing exposure so only a small adjustment is needed.
Don’t be afraid to take test images – review the histogram and fine tune your adjustments. As the light changes during the day, you will probably need to make adjustments anyway.
In the example below, a single F-16 trails vapour at an airshow. The camera sees a large tract of bright blue sky as the dominant feature in the scene.
Belgian Air Force F-16 aeroplane trailing white vapour trails during an airshow display
By selecting either spot or centre-weighted metering, adding exposure compensation and framing your target aircraft in the area of emphasis, you can increase the chances of a good exposure.
In this example I had +0.3 dialled in and used spot metering exposure mode.
Lets look at the next features – aperture priority and shutter priority modes
Auto Exposure Modes – Aperture Priority and Shutter Priority
We use the camera as a tool to calculate that ‘x’ amount of light needs to get to the sensor to produce a ‘good exposure’.
The previous section looked at how we help the camera calculate a good exposure, now its time to look at how the camera executes that exposure.
Camera exposure basics
Exposure is controlling the amount of light hitting the camera sensor.
In basic terms, every lens has an adjustable opening, called its aperture, that controls how much light entering the front of the lens is passed through to the sensor.
The shutter speed controls how long the sensor is exposed to the light coming through the lenses aperture.
The exposure calculation simply means the camera needs to let ‘x’ amount of light get to the sensor.
To get ‘x’ amount of light onto the sensor, the camera selects an appropriate combination of aperture and shutter speed.
In pure ‘auto’ or commonly ‘P’ mode, the camera will select both values and operate the shutter.
Essentially, Aperture Priority and Shutter Priority are still camera ‘auto’ modes, but importantly execute that exposure based on the user choosing to directly control either the aperture value or shutter speed.
By using Aperture Priority or Shutter Priority modes, we are taking more direct control on how the camera is generating the image.
So what does that all this mean in simpler terms?
Differences between Shutter Priority and Aperture Priority camera modes
In shutter priority mode, the user can select an exact shutter speed and the camera will choose an appropriate aperture to ensure the exposure corresponds to our ‘x’ amount of light.
Conversely in aperture priority mode, the user selects an aperture and the camera will calculate the appropriate shutter speed for our ‘x’ amount of light.
So, if aperture priority and shutter priority both do a similar thing, why bother differentiating between them – why not just use whatever mode you are comfortable with?
Unfortunately, it isn’t that simple if you want the best results. You will find to get the best photos, you will be regularly swapping between both modes depending on the type of aircraft, lighting conditions and mood you want to create.
So, if aperture priority and shutter priority both do a similar thing, why bother differentiating between them – why not just use whatever mode you are comfortable with? Unfortunately it isn’t that simple if you want the best results.
Benefits of Aperture Priority mode
Lets look at a couple of environmental issues you will likely face when out and about –
you are using a telephoto (and probably heavy) lens
your subject could be moving extremely fast (military jets) or painfully slow (older prop aircraft)
the wind is probably going to be blowing you about
the lens hood will be acting as a sail increasing the effects of any wind
Very quickly you are going to run into the problem of camera shake and blurred images. The aim is sharp images so you want the fastest shutter speed obtainable.
In aperture priority mode, you can select an aperture of f2.8 or f4 (on more expensive lenses), f5.6 ( most common on cheaper telephotos), f8, f11, f16, f22 and maybe f32.
You choose an aperture and the camera automatically chooses an appropriate shutter speed to give a good exposure. That amounts to 7 options (slightly more if including intermediate apertures between each major ‘stop’).
The aperture options for you to select are restricted to the physical quality and abilities of the lens.
Hidden dangers of Shutter Priority Mode
In shutter priority mode, you can select a shutter speed anywhere from 30 seconds through to 1/4000th of a second. That is a lot of options.
This is where you need to be really careful and understand the concepts of exposure.
Starting with aperture priority, let’s consider an average bright day with ISO set to 200.
The table below shows examples of typical shutter speeds your camera will generate for a given aperture.
f5.6 1/1600
f8 1/800
f11 1/400
f16 1/200
f22 1/100
From this you can see the suitable shutter speeds for good exposure range from 1/1600th to 1/100th of a second.
Herein lies a trap for the unwary.
In shutter priority mode, you can select any shutter speed you want. If you choose a faster shutter speed, the camera will need to select a wider aperture to let more light in. If the lens doesn’t support a wide enough aperture to allow enough light in for a balanced exposure, you will get an underexposed image.
Conversely, you can select a 1 second exposure, but if the lens doesn’t have a small enough aperture to automatically restrict the light sufficiently you will create an overexposed image.
If you are using shutter priority mode, you need to be conscious of this. In the heat of the action, you might want to get a faster shutter speed and not realise you are already at the limit of the available apertures.
How I use shutter priority and aperture priority camera modes
To manage shutter speeds I use aperture priority mode to obtain the fastest possible shutter speed while safely staying within acceptable exposure values.
I do this because, in aperture priority mode, once you get to the widest aperture, you cannot make any further adjustments. The camera will have selected the fastest possible shutter speed for that aperture and ISO setting.
This is why you should use aperture priority mode to select your fastest possible shutter speed.
Herein lies a trap for the unwary. You can select a faster shutter speed, but because the lens doesn’t support a wide enough aperture to allow enough light in for a balanced exposure, you will get an underexposed image.
When starting out in aviation photography, you want to aim for 1/1000th of a second shutter speed as a minimum – if you see lower speeds than say 1/320th, you really need consider turning up your ISO setting.
If you find you are still seeing lower shutter speeds and are approaching ISO 640 or higher, you need to see part 4 where I will discuss some techniques to help you through this problem.
There is an awful lot more to choosing appropriate apertures, shutter speeds and photographing aircraft, but the above lays out the basics for those starting out in aviation photography. If followed, with a little practice, you should be on the road to getting some acceptable images. Once you are getting a good hit rate using these basics you can look into some of the more advanced techniques and aspects of aviation photography in the upcoming parts 3 and 4 of my series.
So in summary
use either centre or spot metering modes to reduce the effects of a bright background on your subject
use exposure compensation to further control exposure
use aperture priority mode to get the fastest shutter speed whilst staying within a band of appropriate exposure values
beware of incorrect exposure by relying on shutter priority mode
By now you might be asking why bother mentioning shutter priority mode at all – why not stop in aperture priority mode?
That’s all for now folks, thanks for reading and I hope you have learnt something useful from this article. Please don’t be afraid to leave your own tips or question on what I have discussed above.
Aircraft Photography Tips Part 1 – Cameras And Lenses
This post on aircraft photography has been refreshed and updated in June 2016 to take account of the latest lens releases.
Aircraft photography can present a number of issues which can catch out the casual photographer. My updated article shares a few tips with you on how I approach photographing aeroplanes. I have listed the main factors this aircraft photography series will look at below –
cameras
lenses
appropriate camera modes
general camera technique.
Camera Specs
For aircraft photography, you ideally want an SLR camera that allows the user to select both spot and centre weighted metering modes. Choosing a camera with the ability to switch between these metering modes will make consistently reliable exposures a lot easier to obtain. It is important to note that not all entry level cameras will have a spot metering mode so make sure you check the specs out on any camera you are looking to buy.
Your chosen camera will also need shutter priority and aperture priority exposure modes.
Finally, check the camera has manual control of exposure compensation.
Some compact cameras and bridge cameras look appealing because they feature long reach lenses. Check the specs to make sure any bridge or compact camera has the features and modes mentioned above. The ability to mix and match metering and exposure modes is more valuable than lens reach.
Shutter Lag
If you have, or choose to buy, a compact or bridge camera then pay close attention to the cameras shutter lag specification. Shutter lag is the amount of time between you pressing the shutter button and the shutter operating. This time difference is referred to as shutter lag and ideally needs to be as close to zero as possible. I guarantee there is nothing more frustrating than to frame perfectly your subject matter but miss the shot because of shutter lag.
I use a Sony Nex-6 for general walking about or if travelling light, and many times shutter lag has caught me out because I am used to the instant response of my Nikon DSLR. So shutter lag can be a real problem photographing planes.
If using a compact or bridge camera be sure to look at the cameras shutter lag specification. There’s nothing more frustrating than to frame your image perfectly then miss the shot because of shutter lag.
Whatever camera system you have, or choose to buy, to consistently get good aircraft photo’s you will need to get intimately familiar with the following camera features
aperture and shutter priority modes
exposure compensation controls
metering modes – matrix, centre weighted and spot.
These terms might seem a bit daunting at first – you will need to practice and experiment to really understand the subtle differences of each function, but your persistence will be rewarded.
Having a good understanding of what these camera modes do, in which circumstances to use them, and how to quickly change between them is very important.
To get consistently good aircraft pictures you need to focus on the action unfolding in front of you and not get distracted by operating the camera.
you will need to practice and experiment to really understand the subtle differences of each function, but your persistence will be rewarded.
Which Camera For Aviation Photography?
The choice of cameras available are overwhelming, but almost any of the current crop of DSLRs are capable of delivering good results, providing they feature the modes and features mentioned above.
I suggest a DX or crop factor camera will be of more benefit than a full frame camera. The ‘crop effect’ of the smaller sensor gives you a ‘free’ boost to your zoom lens of up to 1.5x magnification.
Try not to get caught by GAS – Gear Acquisition Syndrome. Buying the newest, latest and greatest lens, camera or whatever is absolutely no guarantee of success.
Having a solid understanding of your camera and lens performance and then applying that knowledge to your subject matter is the real key to success.
Lenses
The lens you invest in will depend on many factors not just how deep your pocket is.
The first question you need to ask yourself is what type of aviation photography do you want to undertake. If you are looking at capturing larger and slower moving commercial aircraft at your local airport, the lens choice could be a lot different to getting fast moving fighter aircraft at airshows or low level in the Mach Loop.
As silly as it sounds, if you are looking at the civil aviation scene, any lens between 24mm or 28mm through to 300mm will have its uses.
If smaller warbirds or modern fighter aircraft are more your thing then a telephoto lens with a reach of at least 300mm is a good starting point.
Its pretty straight forward deciding on exactly what lens range you want – the smaller your target the longer reach you need from your lens and vice versa.
I used to use a Sigma 100-300mm EX f4 lens sometimes combined with the Sigma 1.4x teleconvertor. This combination gave 460mm reach which equates to 640mm when factoring in the crop factor of a Nikon DX format camera. This combination has served me well and has yielded good results. It didnt have image stabilisation (IS) or vibration reduction (VR) but is a solid lens giving good results.
I sold, and am still selling, many aircraft pictures used with that lens combo.
What lenses might be considered suitable for aviation photography?
Generally speaking, speed of focus and image sharpness at the long end of the zoom range are the most important factors in choosing a lens for aircraft photography. At the end of the day there is no point in having 300mm or more of lens reach yet the autofocus cant keep up with a fast moving jet. Conversely, lightning fast focus is no use if the image is that soft that it might as well be out of focus!]
Entrance Level Zoom Lenses
As with everything in life, focus speed and image sharpness generally improve in proportion to the price tag.
Starting with the cheaper options, Nikon offers a reasonably cheap Nikkor AF-S DX VR 55-300mm f/4.5-5.6G ED VR which could be used as a first lens. Reviews suggest the lens isnt particularly fast focussing and the image sharpness drops noticeably between 200mm and 300mm.
Moving up a bit in quality and performance is the new Nikkor AF-S VR 70-300mm f/4.5-5.6G IF-ED which is supposed to be very good and offers better VR and features better quality lens glass.
Sigma offer the 70-300mm f/4-5.6 DG OS and Tamron offer the SP 70-300mm f/4-5.6 Di VC USD.
All three lenses are reasonable performing mid range zoom lenses and wont cost a fortune.
More importantly, if you decide aircraft photography is not your thing, you wont be greatly out of pocket and will have a good lens that is perfectly suitable for many other styles of photography.
Intermediate Range Zoom Lenses
As you move further up the quality and price range you will come across the new Nikkor AF VR 80-400mm f/4.5-5.6D ED which features improved optical quality, auto focus performance and VR.
The traditional alternatives, and until recently the aviation photographers lenses of choice, are the Sigma 50-500mm f4-6.3 APO DG OS HSM and Sigma 150-500mm f/5-6.3 DG OS HSM APO. Both lenses are well respected for aviation photography and the debate still rages as to which lens is the better. In simple terms both are very good lenses, especially if you can get one second hand. Reports seem to suggest the Sigma 150-500mm lens is slightly better than the Sigma 50-500mm. The former is also cheaper but both lenses get good reviews.
Reports seem to suggest the Sigma 150-500mm lens is slightly better than the Sigma 50-500mm. The former is also cheaper and both lenses get good reviews.
Next up is the Sigma 120-300mm f2.8 APO EX DG OS HSM which is very well respected amongst wildlife photographers as well as aviation photographers but comes with an even bigger price tag.
In a similar price range is the Canon 100-400mm L f4.5-f5.6 which is coveted by Canon photographers. As a Nikon user I cannot comment either way, but reviews and discussions around the web indicate this is a very good lens for Canon owners.
As mentioned earlier, the two Sigma lenses were the defacto lenses of choice for aviation photography until very recently.
Tamron, and more recently Sigma, shook up the market with new lens offerings. Both companies have released a 150-600mm zoom lens with exceptional image quality. Sigma even released two versions – one in their C or Contemporary range and one in the S or Sport range. The S version has better optics and is aimed squarely at sports photographers and has a price to match. The Tamron and Sigma C lenses are priced similarly to the 150-500mm and 50-500m lenses which seems to indicate that they will take over the mantle of ‘go to’ lenses for aviation photographers.
These three lenses get rave reviews and seem to have significantly raised the bar in terms of affordability versus optical quality and image sharpness.
More recently Nikon released their 200-500mm f5.6 VR lens. This is similar in price to the Tamron 150-600mm and the Sigma 150-600 C lenses. The Nikon has a slight edge in that it features a constant f5.6 aperture throughout the zoom range. As a negative it only goes to a maximum zoom of 500mm.
For what it is worth, I tried both Sigma 150-600’s and the 200-500 side by side on a Nikon D7200 and ended up buying the Nikon 200-500 lens.
The Nikon just seemed to focus faster and the VR seemed smoother in operation and looked steadier. It was purely a subjective test but I went with my gut feeling when making a decision.
It should be noted that once you start looking beyond the three 70-300mm zoom lenses I mentioned, you are looking at very good lenses that are going to set you back a decent sum of money. They shouldnt be viewed as casual purchases and are only suitable if you want to seriously get into aircraft photography.
One saving grace is that many are upgrading from their 50-500’s and 150-500’s so there is a chance of picking up one of these proven performers second hand at good prices.
A factor you may overlook in your lens choice is the weight. A standard 70-300mm lens will weigh somewhere around the 750g to 1kg mark. The 150-600mm lenses are going to weigh in between 2 and 2.5kg. You are going to notice the weight after an hour or so at an airshow!
Superzoom Lenses
I purposely havent included any of the superzooms in the 18-200mm or 300mm range. This is primarily because there is a lot going on inside a wide angle superzoom lens and many optical compromises are made to fit all that zoom range into a single lens. There is a place for the superzooms in photography, and I have considered getting one, but not for aviation photography.
I do feel that if you are seriously looking at aviation photography and are tempted by the superzooms then you will be better served by separate lenses. A good 70-300mm for flying aircraft and a wide angle lens for aircraft on the ground will serve you better as opposed to a single superzoom lens.
You can get very close to the action at some airports, so a wider angle view lens can result in some interesting alternatives to the standard 3/4 front landing type image. Indeed, you may find the shorter end of a 150-500 or 600 lens isnt short enough and end up missing shots!
Long Prime Lenses
I purposely havent discussed the various prime lenses such as the 400mm, 500mm or 600mm lenses purely for the reason that they are out of the budget range of many photographers. Needless to say, they are generally exceptional lenses but come with eye watering price tags well out of reach of the average photographer.
I havent discussed the various prime lenses such as the 300mm, 400mm or 500mm purely for the reason that they are out of the budget range of many photographers
There are many differing opinions on lenses so please feel free to comment or get in touch if you want to discuss these lens options and their relevant pros and cons in more depth.
So in summary, I have suggested a camera system that allows the user to select and control the following
metering mode – centre weighted and spot
auto modes – aperture priority and shutter priority
manual control of exposure compensation.
I also suggested a telephoto zoom lens with a reach of around 300mm. Next time we will look in more depth at the camera exposure and metering modes mentioned above.
Christmas Orders - We Currently Have A High Level of Personalised Orders. If You Want Any Personalised Items For Christmas Please Order As Soon As Possible!! Dismiss
