As a professional cameras traps / trail cameras / game cameras manufacturer for many years, Ltl Acorn® offer a range of proven and reliable products for all the hunter of world.
Below you will find the explanations of a number of important camera trap features that we feel will best assist you in choosing the correct camera trap for your specific needs. You may even discover a feature you didn’t even know existed. If nothing else, it will make you more knowledgeable on camera traps.
Some of these features are as easy as black and white. For example: a camera trap either comes with a built in viewing screen to view images and or video clips in the field
-or it doesn’t. However, some are much harder to evaluate. A perfect example is resolution. Many manufacturers will list a camera traps’ mega pixel rating, but will not disclose if this is achieved through software-aided interpolation. If you purchase a camera trap based only on the manufacturer’s claimed mega pixel rating there’s a good chance you’ll be mislead. You might also miss out on a great camera trap whose manufacturer was honest about the true resolution of their product.
Since 2010, we have been constantly testing and adding new models / and discontinuing unreliable ones that do not meet our own strict, or our clients’ expectations. With so many makes and models to choose from worldwide, it’s comforting to know that the ones we offer are the better of the bunch and have been tested by us and our clients in our harsh conditions. We are the manufacturer & brand owner for all the Ltl Acorn models and we can also be certain that what’s on offer will suite your specific needs.
All units carry Two-Years manufacturer’s warranty and each camera traps’ detailed features are listed under the product description for each model (CAMERA TRAP FEATURES SHEET). We also encourage you to closely examine and compare the actual photos taken by each camera trap provided on our website (www.ltlacorn.com) in our ANNUAL Photo Contest Entries which are also displayed on our website. Finally, we are always available to provide in-depth information via email or phone
Have fun choosing your camera trap!
This has emerged as the biggest debate in the industry. The 4 types of flashes are;
The camera trap’s built-in flash is only activated when the trap senses there is insufficient light to record an image / video clip – e.g. at night. During the daytime, sunlight usually provides sufficient light so the flash will be rarely used (except on very overcast conditions)
Before we get much further, let’s highlight some of the key points about each type of flash. When contemplating what type of flash you think you may need, you might like consider the following:
MOTION BLUR – In low light conditions (mostly at night), if a subject is moving briskly past a camera trap is the flash gets activated, the images are often blurred.
TIP: A way to minimize motion blur is to try position the unit where the subjects may be more stationary, like at a watering hole or a fence crossing. Newer models are coming out with a feature built in to minimize motion blur.
The picture quality of strobe and White LED is far superior to infrared / Black Flash. Manufacturers have been hard at work addressing the clarity and resolution of black & white infrared / Black Flash images and as a result have brought out HD (High Definition) models that take clearer night infrared pictures / video clips.
Infrared or Black Flash models are recommended in areas where there is hunting / poaching as game tends to be more skittish here and the flash is invisible to wildlife (and humans). If there is a lot of foot traffic / trespassers that occurs in the area that you want to set up a camera trap, then infrared or Black Flash models are also recommended as a bright strobe or White LED flash may give the traps position away and bring unnecessary attention to it. If this is not an issue for you and you are looking for good colour picture quality day & night then we would recommend a strobe or White LED flash model.
STROBE vs. WHITE LED vs. INFRARED vs. BLACK FLASH
1.Strobe Flash model
2.White LED Flash model
3.Infrared or Red Glow Flash model
Recommend Non Cellular Model (1080P FHD Quality Video, 12MP Photo Resolution):
Do Standard Strobe or White LED flashes spook game?
After testing dozens of different camera traps in every setting imaginable, it showed us that in some cases, standard Strobe and White LED flashes did spook some animals. Having said this, it also showed that after time these same animals returned to the area and seemed accustomed to the bright flash. It also showed that some animals were completely unaffected by the bright flash. In fact, we have seen numerous animals visit a Strobe and White LED camera trap site repeatedly and behave as if they were posing for the camera (the animals may associate a bright flash with lightning). However, the fact remains that Strobe and White LED flashes do spook some animals.
2.IMAGE / VIDEO QUALITY (LENS)
Firstly, don’t be fooled by high megapixel (MP) numbers that brands display. Many will try and convince you that the higher the MP – the better quality the image / video. In truth, its got to do more with the quality of the camera traps’ lens and image sensor.
The best way to judge the picture quality from a camera is to look at the sample photos from our ANNUAL Photo Contest Entries. We judge day pictures by their clarity, colour, contrast and resolution.
These two pictures (taken during the day by Black Flash / No Glow models) have excellent clarity (and colour for that matter).
Night photos can be more complicated due to the different flash types that affect the night pictures (explained above – strobe flash / white LED flash infrared or red glow / Black Flash or No glow). Infrared cameras produce black and white photos like the picture below left, while strobe or white LED flashes produce colour night pictures like the one below right.
3.DETECTION CIRCUIT (PIR)
The detection circuit of a camera trap is what will actually detect the animal / subject. Camera traps are triggered, based on a combination of heat and motion detected by the built in Passive Infrared (PIR) sensor.
Detection circuits consist of:
Every camera trap PIR sensor has a Detection Zone. A Detection Zone is the area in front of the camera that the PIR sensor is “seeing” or “monitoring.” The two factors that determine this detection zone are Detection Range and Detection Width.
It is important to keep the detection range (distance from the camera trap) in mind when buying and using your camera trap. Most camera traps have a maximum detection distance of about 15-25m.
Long detection ranges are beneficial if you want to cover larger areas but for smaller areas (less than 15m), then long detection ranges can be a limitation potentially causing false triggers from movement (like vegetation etc.) in the background.
Detection range can also be adversely affected by weather conditions (very hot, cold or rainy conditions) making it challenging for the camera trap to detect the animal’s body heat or distinguish the body heat from the backgrounds.
Detection Zone Width
The detection zone width of the PIR sensor is one of the most important properties of a camera trap and plays a major role in how the camera can be used. There really isn’t a perfect detection zone width but in general, wider detection zone widths reduce the chance of animals / subjects being missed. Narrow detection zone widths might miss a few animals / subjects, but the those that are detected should be well placed in the centre of the photograph. As a rule of thumb – A narrow detection zone width usually has a faster trigger speed (Useful when camera trapping in dense vegetation or perpendicular to a game path etc.)
Trigger speed is the time delay the camera takes to shoot a picture once an animal / subject has interrupted the infrared beam within the camera’s detection zone. This delay varies between different models but given the relatively narrow field of view of most camera trap lenses (42 mm), a slower trigger speed isn’t really the best for photographing fast moving animals. Thus, depending on the goals and the target subject, this time delay could be a crucial characteristic to consider. For example, if a camera is set up at a random location for a wildlife survey, fast moving animals are likely to pass in front of the camera trap without stopping. In this case, a very reactive camera trap (with a fast trigger speed) would be necessary so it could shoot pictures of the detected animal before it left the camera’s field of view. If the trigger speed is too slow, the camera may frame only a part of the animal or may even take empty pictures (pictures not showing what the beam has detected).
Units with slower trigger speeds can also be effective however for example, if a camera is installed in front of a bird nest, a bait, waterhole or a lure, visiting animals are more likely to stay longer (to either depredate / utilise the nest, drink, or interact with the bait) and to trigger more photographs – even if the camera has a relatively long time delay (low reactivity). Using lures to attract large carnivores can also allow a better identification of individuals. This risk of taking empty pictures does not only depend on the speed of the camera in taking a picture; the detection zone as well as the field of view are also primary criteria to consider.
Recovery time is the amount of time necessary for the camera to prepare to shoot the next picture after the previous one has been recorded. Given the wide differences in recovery time for different models, this characteristic must be taken into account, as it can be a very important aspect depending on your camera trapping goals. A camera able to take numerous pictures within a few seconds (BURST MODE) is very useful when needing to record a complete sequence of a feeding behaviour and to note the number of fruits manipulated etc. or for security purposes when more images is better than fewer. Also, having different views of a species of carnivore / criminal can greatly help in the process of identifying individuals. By contrast, when the aim is only to carry out a diversity census, and only one picture per species is needed, a slow recovery time will be less problematic.
The Field of View (FOV)
The field of view is the zone covered by the camera lens, and which appears on the pictures. The field of view is generally 42°. The detection zone can vary greatly according to the brand and the model. We thus find models with a detection zone wider than the field of view and models with the detection zone narrower than the field of view.
Where the detection zone is wider than the field of view (Figure 1A), the advantage lies in being better able to capture faster moving animals. The limitation in this case is that the camera is also likely to take more empty pictures when animals enter the detection zone (thus passing through the infrared beam and triggering the camera) but without making it into the field of view.
Where the detection zone is narrower than the field of view (Figure 1B), the detection zone is centred relative to the field of view of the camera, and so the advantage can be seen in gaining well centred pictures. These units usually have faster trigger speeds as well. This can be very useful for the identification of smaller subjects. However, the limitation in this case is that relatively fewer pictures per visit can be shot, as animals are likely to occupy the field of view without crossing the detection zone. As presented in table 1, the detection zone can be described with a given width (angle) and a given distance from the camera at which it will detect an animal. The detection distance of a camera is an important aspect to consider when focusing on animal species of either large or small body mass. Larger animals will be more easily detected at further distances than smaller animals. However, speed of movement seems to be less correlated with detection distance.
Figure 1 (below). Diagram of the field of view and of the detection zone for two types of camera trap
4.BURST MODE / MULTIPLE PICS PER ACTIVATION
This tells you if certain camera trap models are capable of capturing multiple consecutive images / video clips in a short space of time. The purpose of this feature is to try to capture as much activity during a camera trap triggering. The classic example of this is the ram chasing a doe scenario. Please note that not all models use the same technology to achieve this. Some simply take three evenly spaced shots after the first triggering. Other models disable the time-out function and allow multiple triggers with no time out period.
This describes whether or not the camera trap is capable of capturing video clips and if so lists day, night and video clip length. Note: while some camera trap models only offer fixed-length videos, there are others that offer programmable video length. Some models can only take video clips during the daytime and some infrared models will take video clips both day & night. White LED flash models can now take colour video clips at night.
6.BUILT-IN IMAGE VIEWING SCREEN
Some cameras have internal viewers for proper camera setup and picture review which for some is a great feature.
7.EXTERNAL 6V or 12V AUXILERY POWER CAMPATIBLE
This tells us whether a camera trap is equipped with a jack or port to hook up an external battery or solar panel and if so, lists the voltage required. I think this is one of the most valuable features a camera trap can possess. Using an external rechargeable lead acid battery can save you on batteries.
8.WHICH BATTERY TYPE TO USE…?
Always use the best batteries you can afford and we would recommend Energizer or Duracell brands.
Never mix battery brands or new and old batteries.
Modern camera traps have reduced their current drain on the unit to such a minimum that it is not uncommon for a set of Alkaline batteries to last 10 months in a camera trap. Rechargeable NiMH batteries were popular for camera traps however not so much anymore – however, they are much more environmentally friendly.
DO I NEED CELLULAR CAPABILITIES…?
If you are looking for a camera trap that can e-mail / MMS you pictures (not video clips as their file sizes are too large) of its activations, then a cellular camera trap may be worth spending that extra bit on.
Cellular camera traps have proved themselves in security and anti-poaching applications. It is now a pro-active approach rather than a previously reactive one!
How Does a Cellular Camera Trap Work?
Each camera is different, however, once the camera is programmed and the correct sim card is activated, the camera will MMS or email you the picture it has taken. Most cameras send the photo roughly 20-60 seconds after a picture is taken (depending on the cell signal strength where the camera trap is located). It can be sent to email address’ and / or cell phone numbers.
Cellular camera traps will send pictures to any phone, regardless of the network carrier.
The camera will also need the correct programming to know where to send the images. In order for the camera to work, you will need a minimum of 3 bars of service from the desired carrier. Booster antennas are also available to assist in gaining signal strength.
Recommend Cellular model: Ltl-5310WMG, Ltl-6310WMG, Ltl-6310WMG-3G.
Recommend Cellular Model:
2G Model: Ltl-5310WMG, Ltl-6310WMG (Supports sending VGA picture to MMS via 2G network)
3G Model: Ltl-6310WMG-3G(Support sending video & original picture to email via 3G network ).
Ltl-6310WMG Ltl-6310WMG 2G Ltl-5310WMG-3G
WHY USE A CAMERA TRAP…?
Since I was young, I have always wanted to know what runs around when I was not there – be it in the bush or even at home. I purchased my first camera trap and immediately set it up. When I went to retrieve it 3 days later – there were 63 photos on it. It was like opening a Christmas present to see what exactly passed by the trap over those 3 days. You can pick up a lot from spoor but a lot gets covered by fresh animal activity – and to get hard evidence of the subjects was like satisfying a curiosity that I had had since a very young age.
It was my third setup however that got me hooked for life. I was standing in a dry riverbed in a game reserve in Limpopo. I had my laptop with me and saw that there were 27 photos on the camera trap’s LCD display. My excitement mounted as I connected the USB cable into the camera trap to begin downloading the pictures. This is the picture that got me hooked for life as it’s my favorite animal species and no-one on the reserve had managed to get a picture of him – until now. Camera traps can also be used for monitoring the following;
This topic is pretty self-explanatory. We have to mention that using camera traps for this purpose was useless until the advent of Infrared & Black Flash units. With today’s camouflaged Infrared & Black Flash units it’s possible to now place a camera trap without trespassers ever seeing it.
For more information, please feel free to contact us.