Red fox crossing forested area.Red fox crossing forested area.

The takeaway: Predators can present challenges for land owners and land managers, particularly when it comes to safety, economic livelihood, and wildlife management. Here’s how to use trail cams to find and monitor them.

Predators can lead to serious headaches for land owners and land managers. From feral hogs destroying crops to bears breaking into chicken coops, predators can impact safety, hurt your bottom line, and have negative consequences for game.

Despite their prevalence in some landscapes, predators can be notoriously difficult to detect, much less control. Many of these animals have specialized adaptations that keep them stealthy, from camouflage to nocturnal behavior–traits honed over the millennia by evolutionary necessity to remain hidden until a strike.

The first step in managing predators is knowing which ones you are dealing with, how many there are, where they are coming from, and how they are behaving. Cellular trail cams are a solution to this, allowing you to detect and monitor predators no matter where they are and what time of day or night they appear.

Why Monitor Predators with Trail Cameras?

Understanding predator activity serves multiple purposes:

  • Livestock and pet owners: Identify threats before they cause harm. If coyotes hit your chicken coop at 3 a.m. every few days, you can adjust your protection strategy accordingly.

  • For hunters: Predators impact game populations. Knowing when and where predators are active helps you understand why deer patterns might be shifting.

  • For property managers: Track population density and movement patterns. Are you seeing the same individual bobcat, or do you have multiple predators working the area?

  • For wildlife enthusiasts: Document rare or elusive species. Trail cams can capture predators you probably wouldn’t see otherwise, from fishers to foxes to wolverines.  

The great thing about trail cameras is that, with the right setup, they work 24/7, without scent or noise, capturing predator behavior without human interference.

Best Camera Placement for Predator Detection

Predators are opportunistic and use natural travel corridors. Position your cameras where predators are most likely to move:

High-traffic corridors:

  • Creek beds and drainages: Predators follow water courses and the game trails alongside them

  • Ridgelines and saddles: Larger predators like mountain lions and bears use high ground to survey territory and travel efficiently between drainages

Food sources and hunting grounds:

  • Near livestock: Position cameras so they show approaches to barns, coops, or pastures to catch predators scoping out animals before they strike

  • Game trails and bedding areas: Predators will use the same trails as game, and camera setups that monitor, for example, deer, will also show what is stalking them

  • Carcass sites: If you find a kill site or gut pile, set up a camera–predators often return to feed multiple times

 Den sites and cover:

  • Rocky outcrops and brush piles: Bobcats and foxes use these for shelter and raising young

  • Fallen logs and hollow trees: Bears and smaller predators or invasive animals use natural cover

  • Thick edge habitat: Many predators prefer to hunt and travel where the woods meet fields

Best Trail Cam Height and Angle for Monitoring Predators

The best height and angle depend partly on the predators you’re looking for. 

For foxes, coyotes, and bobcats, mount cameras 18 to 24 inches off the ground and angled slightly downward.

For larger predators like bears and mountain lions, go 3-4 feet high. Aim across the trail rather than straight down it to capture full body shots–this will help with individual animal identification.

Best Trail Camera Settings for Predator Monitoring

Predators often move differently than deer. They tend to be faster, more cautious, and often nocturnal. Your camera settings should be adjusted accordingly.

Trigger speed and recovery time: Use the fastest trigger speed available, ideally less than a half-second since predators don’t linger. A slow camera may only capture a tail as a coyote trots past. Set recovery time to 1-5 seconds for high traffic areas. You want to get multiple images of each visitor to confirm species and count individuals.

Detection range and sensitivity: Set detection sensitivity to medium or high. Predators are smaller than deer. Test your setup by walking the detection zone yourself at different speeds. If your camera is triggering reliably, increase sensitivity or reposition.

Photo vs. video: Photos are better for long-term monitoring since you can review hundreds of images quickly and batteries will last longer. Switch to video if you are trying to observe behavior–say, how a coyote approaches livestock, whether a bear is investigating fences, or if multiple predators are traveling together.

Night settings: Most of your activity will be after dark. Use a camera with a no-glow IR flash to avoid spooking these highly evasive animals.

Best Trail Cam for Monitoring Predators

A trail cam can provide a lot of valuable information that will help you identify and monitor predators, but choosing the right camera is key. You will want:

  • Adjustable in-app settings

  • Long battery life

  • An easily movable setup that can go where the action is

  • No-glow flash for stealthy nighttime operation

Tactacam has two of the best trail cams for monitoring predators:

  • REVEAL Pro 3.0: No-glow IR flash with five-photo burst mode and an upgraded sensor for improved imagery, plus on-demand video requests and live aiming via Wi-Fi.

  • REVEAL Ultra: Everything the Pro 3.0 has plus in-app switchable no-glow/low-glow IR flash, Active GPS with battery backup, and live streaming.

Accessories made for predator monitoring:

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