A flare thermal target costs $4.51 to $9.03 every time you light it, and each flare burns for only 15 to 30 minutes. A heated target that burns solid fuel or runs on a battery costs a fraction of that per session and holds its heat signature for hours instead of minutes.

Hand warmers make a bad thermal target because the heat bleeds through the backing and turns a 1" aiming point into a 4–6" blob on your optic. You end up zeroing to the center of a fuzzy circle instead of a defined point, and the first solid hit usually kills the warmer anyway.

To zero a thermal scope, you need a target with a crisp heat signature you can actually aim at, and you need to pick one adjustment method — freeze-frame or on-the-fly — and stick with it, because the two methods move the reticle in opposite directions.

A heated thermal target is a steel shooting target with a heating element mounted on the back, so the plate radiates its own heat and shows up through a thermal scope day or night.

Steel targets are invisible through a thermal scope because bare steel has a thermal emissivity around 0.1, while human skin is about 0.98 — cold steel simply doesn't radiate enough heat to stand out.

The most common DIY thermal targets are hand warmers, foil or HVAC tape, torch-heated steel, hot water, and ice packs, and every one works for a few minutes under the right conditions.

If your end posts aren’t solid, nothing else matters. You can have the best moving target system on the market, but if your cable setup is weak, the whole system suffers. Movement becomes inconsistent, tension slips, and over time, small issues turn into bigger ones. The good news is you don’t need a complicated build to get it right. Here’s a simple, proven way to install a permanent 4x4 end post so your daily setup becomes as easy as raising and lowering a cable. Start With

How much tension should be in the cable?” It’s one of the most common questions people ask when setting up a moving target system. The honest answer? It depends. Target weight, cable span, wind, and setup quality all affect how much tension you actually need. So instead of giving vague answers, we decided to test it properly. The Fastest Way to Know if Your Cable Is Tight Enough Before measuring anything, there’s one quick test that matters most. Move the target carriage to o

The spec says 450 meters. So what actually happens past that? If you’re running long-distance courses or sniper qualifications, one question comes up early: Will the remote still work from the far firing line? Instead of guessing, we tested it. The Test Setup We took multiple remotes out to a 600-meter range and tested them across six distances. The goal was simple: see how each system performs as you push beyond the rated range. The Results (Side by Side) Older X1 Remote (In

Most shooters don’t struggle with accuracy. They struggle with when to shoot. That’s the gap traditional training often misses. Paper hostage targets can teach shot placement, but they don’t teach timing, commitment, or decision-making under pressure. The Hostage Rescue Target was built to fix that—and it ended up doing more than expected. Built From a Real-World Problem The idea for this product came from a former sniper who wanted a better way to train for hostage scenarios

If you’ve ever run training or a competition on a windy day, you’ve seen it. Morning shooters get calm conditions. Afternoon shooters deal with targets drifting, swinging, or rotating just enough to change the shot. It’s a small difference—but in precision training, small differences matter. That’s exactly the problem this new dual cable moving target system was built to solve. The Problem With Traditional Setups Most moving target systems rely on a single cable. It works wel

Everyone asks the same question: how much weight can the X1 Pro really handle? The official spec says 20 lbs. But like most things on the range, real-world performance depends on how you set it up. We pushed the X1 Pro beyond that limit to see what happens—and more importantly, to show you the one setup mistake that causes most “motor issues” in the first place. The Real Answer: It Depends on Your Setup Before even talking about weight, there are three factors that directly a

It’s the question almost everyone asks—and almost no one actually tests. If you’re running a moving target system, especially one mounted above the firing line, there’s always that concern: what happens if someone hits the electronics box? Instead of guessing, we decided to test it properly. The Concern is Valid (But Rare) When people see the X1 Pro moving target system, their eyes go straight to the carriage—the box at the top that houses the electronics and motor. The assum

When it comes to training tools, knowing exactly what arrives in the box matters. Departments and instructors want equipment that works out of the box, installs quickly, and holds up during real training. The Hostage Rescue Target System was designed with that in mind. More than 2,000 police departments, military units, and training ranges are already using Dynamic Range systems to introduce movement into their training. If you’re considering adding the Hostage Rescue Targe

In realistic training, movement matters. But control matters just as much. The Hostage Rescue Target System was designed to give instructors the ability to create dynamic scenarios on demand. At the center of that system is a simple but powerful tool: the wireless remote . With just a few buttons and a joystick, instructors can control how the target moves, when it appears, and how predictable (or unpredictable) the drill becomes. Here’s a closer look at how the remote works

Shooting tight groups on paper doesn’t mean someone is ready for a real hostage situation. Real-world encounters are messy, fast, and unpredictable. The shooter must recognize a threat, decide whether to engage, and break a precise shot at exactly the right moment. Static paper targets rarely train that skill. The Hostage Rescue Target System was designed to change that. Instead of standing flat-footed and shooting the same qualification course year after year, instructors c

Some of the best training ideas don’t come from manuals. They come from shooters who push their equipment to do more. Every week, customers send in videos showing how they’re using Dynamic Range X1 moving target systems in the real world. From law enforcement agencies to instructors running backyard courses, the creativity is impressive. What stands out most is how each group adapts the system to match their own training goals. Here are a few examples of how shooters around

Static targets create static shooters. If training never changes, shooters stop adapting. That’s why moving targets have become one of the most effective ways to make firearms training more realistic. The Dynamic Range X1 Pro was designed to add movement to almost any range without requiring permanent infrastructure. More than 2,000 military units, police departments, and private ranges around the world are already using X1 systems to improve their training. So what actuall

The biggest challenge with moving target systems isn’t the system itself. It’s the cable. After shipping thousands of X1 Pro systems to customers in over 30 countries , one question comes up more than any other: How do I set it up properly? The good news is that once your cable is set up correctly, everything else is easy. The X1 Pro clips onto the line in about two seconds , and you’re ready to start training. If you focus on getting the cable right the first time, the res

If you’re setting up the same drill every time, you’re leaving training value on the table. One well-designed target system can do far more than most shooters realize. Whether you’re law enforcement or a civilian who takes training seriously, the difference between “good range time” and “great range time” usually isn’t more gear. It’s how you use what you already have. Here’s how to stretch one target system further and get more out of every session. Stop Treating the Target