Thermal Optics FAQ

Every object gives off heat as long-wave infrared radiation — energy your eyes can't see. A thermal scope's sensor reads that heat, measures tiny temperature differences across the scene, and paints them as a live image. Warm things (animals, people, a recently-driven vehicle) stand out clearly against a cooler background, day or night.

DEEPER READHow Thermal Imaging Actually Works (Heat, Not Light) →

No. Thermal doesn't amplify light the way night vision does — it reads heat. That means it works in total darkness, and it works just as well at midday. Zero moonlight, no torch, no IR illuminator required.

Yes. Thermal detects heat regardless of ambient light, so it's fully usable in daylight. Many hunters use a thermal monocular in the day to spot bedded-down game in shadow or long grass that the naked eye walks straight past.

A thermal scope mounts on your rifle and is your aiming device. A monocular is a handheld spotter for scanning and finding heat before you commit. A clip-on attaches in front of your existing day scope to turn it into a thermal setup without re-zeroing. Most serious shooters run a handheld spotter plus a weapon-mounted scope or clip-on.

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No — they're completely different technologies. Night vision amplifies tiny amounts of existing light to give you a recognisable, photo-like picture. Thermal reads heat and shows temperature, so it cuts through total darkness and light cover but won't show you fine detail like faces or markings. We break the two down properly in the Thermal vs Night Vision section below.

Night and day hunting, feral pest and predator control, locating downed or wounded game for a clean recovery, farm and livestock checks after dark, property security, search and rescue, and spotting animals long before they'd ever show themselves in daylight. If it's warmer or cooler than its surroundings, thermal finds it.

That's just the colour palette — you choose whether hot shows as white (white-hot), black (black-hot), or a colour scheme like red-hot. The sensor data is identical; you're only changing how heat is displayed. Most hunters switch between white-hot and black-hot depending on conditions and personal preference.

Palettes map temperature to colour so your eye can read the scene fastest. White-hot is the all-round default; black-hot is popular for a natural look and picking out fine edges; colour palettes like red-hot or iron help warm targets pop against a busy background. It's about readability, not accuracy — pick whichever helps you identify game quickest.

No. Thermal shows heat, not colour or fine surface detail, so you won't see a fox's exact coat pattern or read a tag. What you get is a clear heat signature — size, shape, movement and posture — which is usually more than enough to identify and confirm your quarry at sensible ranges.

Completely. A thermal scope is a passive sensor — it only receives infrared energy, it doesn't emit anything toward the target. There's no laser or projected beam involved in the thermal image itself, so it's entirely safe to look through and safe to point around.

No. This is the biggest myth in thermal. A thermal sensor only reads the surface temperature of the wall facing it — it can't see the heat of anything behind it. At most, a person leaning against a thin wall for a long time might leave a faint warm patch, but you're seeing the warmed wall, not the person.

DEEPER READCan a Thermal Scope See Through Walls, Glass & Water? →

No. Ordinary glass reflects long-wave infrared instead of letting it pass, so a window acts like a mirror to thermal. You'll see the glass surface and reflections, not what's on the other side. This is also why you can't shoot thermal through a car windscreen or a normal glass window.

Thermal may retain substantially better visibility than the naked eye in light mist, some fog and some smoke — long-wave infrared cuts through where visible light can't. But it isn't magic: dense fog, moisture-heavy smoke and long atmospheric paths can still sharply reduce thermal detection, recognition and identification range.

DEEPER READWhy Thermal Performance Changes with Weather →

Partly. Light rain has little effect, but heavy rain cools surfaces and fills the air with water, which washes out the temperature contrast thermal relies on — so range and clarity drop in a downpour. It still works; it just won't reach as far as it does on a crisp, dry night.

Cool, dry conditions are often favourable — the bigger the temperature gap between a warm animal and its cooler surroundings, the harder the target pops. But the best result also depends on target-to-background contrast, recent solar heating, fog, rain, wind and thermal crossover, so a clear, cold night isn't automatically the best one.

Only in the gaps. Thermal can't see through a solid trunk or dense canopy, but it readily picks up heat glowing through gaps in foliage, long grass and light scrub — often revealing an animal that's effectively invisible to the naked eye. Thick, continuous cover will still block it.

Yes. Camouflage is designed to fool the human eye against a background — it does nothing to hide body heat. A camouflaged animal or person lights up on thermal exactly like an uncamouflaged one, which is why thermal is so effective for pest control and observation.

No. Water is opaque to the infrared wavelengths thermal uses, so you can't see a fish or anything beneath the surface. You will clearly see the temperature of the water's surface itself, and anything warm sitting on top of it, like a bird or a swimming animal's back.

No. Soil, rock and concrete completely block infrared, so thermal can't see a burrow's occupant or anything buried. It only reads surface heat — though a warm animal that has just left a spot can leave a fading thermal 'footprint' on the ground for a short while.

Only surface heat. Thermal reads the outside temperature of clothing and skin — it can't see through the body or reveal what's under clothing in any meaningful way. It simply shows the warm outline of a person, which is why it's so good for locating people in the dark.

No. Metal reflects infrared and conducts heat, so it both blocks the view behind it and can show confusing hot and cold reflections. A metal shed or vehicle panel will read as its own surface temperature, not what's inside.

Detection — spotting a heat blob — can be hundreds of metres to well over a kilometre on a big, warm target in good conditions. But detecting is not identifying. The range at which you can confidently tell what the animal is (and safely take a shot) is much shorter and depends on sensor resolution, lens size, the weather and the target's size. Treat headline detection figures as best-case marketing, not shooting range.

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Night vision amplifies existing light (starlight, moonlight, or an IR torch) to give you a green or black-and-white picture that looks like the real world — you can read detail and recognise faces or markings. Thermal ignores light entirely and reads heat, so it detects living things through cover and in total darkness, but shows heat shapes rather than fine detail.

DEEPER READThermal vs Night Vision for Australian Hunting →

For finding and confirming warm animals in the dark, thermal wins almost every time — it detects game faster, further and through light cover, and it works in daylight too. Night vision is better when you need to identify fine detail, read the ground, or want a more natural picture at a lower price. Many serious hunters end up owning both: thermal to find, night vision or a good day scope to confirm.

For detection and most feral pest work, yes. Where thermal falls short is positive identification of fine detail — telling apart two similar animals, reading a tag, or confirming a safe backdrop — which night vision or daylight handles better. Match the tool to whether your priority is finding game or scrutinising it.

No. IR illuminators are a night-vision accessory — an invisible 'torch' that light-amplifying devices need in very dark conditions. Thermal makes its own image from heat, so it never needs an illuminator and never gives off a glow that another night-vision user could spot.

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No. Digital night vision uses a sensor and usually an IR illuminator to produce a visible-light image in the dark — it's still seeing reflected light, just electronically. It's typically cheaper than thermal and gives more natural detail, but it can't see through cover or work in zero light without its illuminator the way thermal can.

Thermal, comfortably. Night vision relies on light, which fog, dust and smoke scatter and block — so its image degrades quickly. Thermal's long-wave infrared handles those conditions far better, which is a major reason it's favoured for all-weather and working use.

Thermal generally detects living targets at greater range because a warm body stands out against a cool background from a long way off. Night vision can resolve fine detail well within its usable range, but it won't 'pick a fox out of a paddock' at distance the way thermal does.

No firearms licence is required to buy or own thermal or night-vision optics in Australia. What is regulated is how and where you use them for hunting, and that varies by state — see the Thermal & the Law in Australia section below.

DEEPER READDo You Need a Licence to Own a Thermal Scope in Australia? →

NETD (Noise Equivalent Temperature Difference) measures how small a temperature difference the sensor can detect, in millikelvin (mK). Lower is better. A sub-25mK sensor separates an animal from a similar-temperature background in poor conditions — light rain, humidity, a warm night — where a higher-NETD sensor just shows mush. It's one of the truest indicators of real-world image quality.

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That's the number of heat-sensing pixels on the detector — more pixels means a more detailed image and useful identification at longer range. 256x192 is entry level; 384x288 is a solid all-rounder; 640x512 is the sweet spot where clarity and identification range jump noticeably; 1024 and up is flagship territory. It's the biggest single driver of how far out you can confidently tell what you're looking at.

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Pixel pitch is the size of each sensor pixel, in microns (µm). Smaller pitch packs more pixels into the same sensor area and pairs with smaller, lighter optics for the same performance. 12µm is now the modern baseline in serious thermal, having largely replaced older 17µm designs — so all else equal, 12µm is the more current, more efficient technology.

Refresh rate is how many times per second the image updates. 50Hz is the standard for quality hunting thermal and gives smooth tracking of moving animals and steady picture on a moving rifle. 60Hz is marginally smoother but not essential. What you want to avoid is anything much lower, which looks laggy and smears on movement.

DEEPER READThermal Refresh Rate: 30 Hz vs 50 Hz vs 60 Hz →

DRI describes three honest ranges: Detection (there's something warm there), Recognition (it's an animal, roughly this size), and Identification (it's specifically a fox, and I'm confident to shoot). Identification range is always far shorter than detection range. When you compare optics, compare identification distance for your quarry — that's your real working range.

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No — and this trips up a lot of first-time buyers. On thermal, image clarity comes from sensor resolution, not zoom. Pushing digital magnification past the sensor's optical limit just enlarges a blurry picture. A higher-resolution sensor at modest magnification will out-identify a low-resolution sensor cranked to maximum zoom every time.

Base magnification comes from the objective lens and is 'real' — clean and detailed. Digital magnification (digital zoom) crops and enlarges the existing image, so it helps you frame a target but adds no new detail and softens the picture as you push it. Judge an optic by its base magnification and sensor, then treat digital zoom as a bonus.

Yes. A larger objective lens gathers more infrared detail and reaches further, at the cost of a narrower field of view, more size and more weight. A 25mm lens gives a wide, fast field of view for close, fast work; 35mm is the balanced all-rounder; 50mm and up favours longer-range identification. Match lens size to your typical shooting distance.

PIPS is Pixfra's onboard image-processing engine. Raw sensor data is only half the story — smart processing is what turns it into a clean, sharp, low-noise picture with good edge definition. It's a big part of why two optics with the same sensor on paper can look very different in the field, and why Pixfra punches above its price.

The sensor decides how much detail is captured; the display (usually an OLED or LCOS micro-display) decides how faithfully you see it. A crisp, high-resolution display with good contrast makes the sensor's detail easier to read and is kinder to your eye over a long session. Both ends matter — a great sensor deserves a great display.

Native resolution is the sensor's true pixel count — the honest number. Some listings headline an upscaled or 'enhanced' figure, or lead with maximum digital magnification, which flatters the spec. Always buy on native sensor resolution and NETD, not on the biggest number printed on the box.

As a quick rule: NETD tells you image quality in bad conditions (lower is better), sensor resolution tells you detail and identification range (higher is better), refresh rate tells you how smooth movement looks (50Hz+), and lens size tells you reach versus field of view. Get those four right for how you hunt and the rest is fine-tuning.

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If you can only buy one and you shoot at night, a weapon-mounted scope does the job. But the setup most experienced hunters swear by is a handheld monocular to scan and find, paired with a scope or clip-on to take the shot — scanning with a rifle up is slow, tiring and unsafe. Start with whichever solves your biggest problem, then add the other.

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A clip-on mounts in front of your existing day scope and turns your normal rifle setup into a thermal one — no re-zeroing, keeping your familiar reticle and eye relief. It's ideal if you love your current day scope and want to add night capability without committing to a dedicated thermal sight. The trade-off is added length and weight up front.

DEEPER READRunning a Thermal Clip-On Ahead of Your Day Scope →

For most first-timers, a 384 or entry 640 sensor with a 25–35mm lens and 50Hz refresh hits the value sweet spot — enough resolution and range for real work without overspending. Buy on sensor and NETD, not on magnification, and get the biggest sensor your budget allows rather than the highest zoom.

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Bigger, warmer quarry at closer range (pigs, deer) is forgiving — a 256 or 384 sensor with a wide lens works well. Smaller quarry at distance (foxes, rabbits, cats) demands more resolution and reach, so a 640 sensor with a 35–50mm lens pays for itself in confident identification. Match the optic to your smallest, furthest, most challenging target, not your easiest.

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Be honest about your shots. Most feral and pest shooting happens inside 200 metres, where a mid-range sensor identifies cleanly. Chasing headline detection figures over a kilometre is pointless if you'll never shoot that far — spend the budget on resolution and NETD for crisp identification at your real distances instead.

For close, predictable shots, no. But once you're regularly shooting past 150–200 metres, a built-in rangefinder becomes genuinely useful — it gives you an exact distance for holdover and removes guesswork in the dark. If your quarry and country stretch your ranges, an LRF model is worth the premium.

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Plan for roughly 7–10 hours from a modern hunting thermal, depending on settings and temperature. Look for models with swappable or hot-swap batteries if you do long sessions, and always carry a spare — cold nights drain cells faster, and there's nothing worse than going dark mid-hunt.

DEEPER READGetting More Battery Life Out of Your Thermal →

Most current thermal optics have onboard recording and photo capture, and many stream to a phone app over Wi-Fi so you can share footage or review a shot. It's great for recording your hunts, settling 'did I hit it' debates, and reporting pest numbers to a landholder. Check storage and app support if that matters to you.

Quality thermal sights are built and rated to withstand centrefire recoil, but recoil ratings vary by model — a sight fine on a .223 may not be warranted on a hard-kicking magnum. Always check the model's recoil/calibre rating against your rifle before buying, and mount it properly. We're happy to confirm suitability for your setup.

DEEPER READThermal Scope Recoil Ratings, by Calibre →

Work out your quarry, your typical range, and whether you want a handheld spotter, a weapon sight or a clip-on — then match the sensor, lens and features to that. Our Compare page lets you line the models up side by side, and if you'd rather just tell us how you hunt, the Australian team will point you to the right one. We'd rather you buy the correct optic once than the wrong one twice.

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An entry-level thermal absolutely works for close, larger quarry — but the jump to a 640 sensor is the single most-felt upgrade in real hunting, giving you cleaner identification and more usable range. Spend where it counts (sensor and NETD), skip paying for magnification you won't use, and buy the best sensor you can justify — you rarely regret it.

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Generally yes, provided your rifle has a suitable rail (most commonly Picatinny) and the sight is rated for your calibre's recoil. Mount height, eye relief and a solid, correctly-torqued mount all matter for a repeatable zero. If you're unsure what suits your rifle, ask us before you order.

Ferals are most active at night and are experts at using cover — exactly the conditions thermal defeats. It reveals pigs, foxes, rabbits, cats and deer through grass, scrub and darkness, lets you count and target them without a spotlight spooking the mob, and turns a frustrating guessing game into efficient, humane control.

DEEPER READThermal for Pest Control: Pigs, Foxes, Rabbits & Roos →

Foxes are small, cautious and often shot at distance, so resolution and reach matter. A 640 sensor with a 35–50mm lens gives confident identification out past 150 metres, and a handheld monocular to scan first means you find the fox before it finds you. Add call and patience and thermal transforms your fox tally.

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Pigs are big, hot and usually engaged at closer range, so you can run a more affordable sensor and still do very well — a 256 or 384 with a wide field of view helps you keep a moving mob in frame. If you also chase foxes or shoot pigs at longer range, step up to a 640 for the extra identification margin.

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Yes, and it's brutally effective — rabbits, hares and cats all glow clearly against cool ground. Because the targets are small, favour a higher-resolution sensor for clean identification, and a wider lens if you're working closer, faster country. It's a genuine game-changer for high-volume rabbit control.

Very. Thermal lets you patrol paddocks after dark and pick out foxes or wild dogs working the edges of a mob long before they'd be visible, so you can intervene early and lawfully on your own land. For lambing season and calving, it's one of the most cost-effective tools a producer can own.

DEEPER READThermal for Fox Control & Livestock Protection →

Yes — this is one of its most valuable and ethical uses. A downed animal (or a wounded one that's moved) retains body heat and stands out clearly on thermal, so you can track and recover it quickly in the dark or heavy cover instead of losing it. It turns a difficult, low-odds search into a fast, humane recovery.

DEEPER READFind Wounded Deer With Thermal: Recovering Game →

No, and that's a huge advantage. A thermal is completely passive — it emits no light or beam the animal can see, so you can observe and approach a mob without the shyness a spotlight triggers. You get more shots, closer, on less-educated animals.

Scan slowly and methodically with a handheld monocular, sweeping in overlapping passes and pausing to let heat signatures register — rushing is the number-one cause of walking past animals. Work into or across the wind, use terrain to break your outline, and only shoulder the rifle once you've found and identified your target.

DEEPER READHow to Scan With a Thermal: Field Craft →

You must, and you can within sensible range. Thermal gives you size, shape, gait and behaviour, which is enough to distinguish quarry from stock, pets or people — but only inside your optic's true identification range, not at the limit of detection. If you're not certain what it is and what's behind it, you don't shoot. Positive identification and a safe backdrop are non-negotiable, day or night.

It works year-round, but performance is best when there's a good temperature gap between target and background. Hot, humid nights and sun-baked ground shrink that gap and reduce range, which is where a low-NETD, higher-resolution sensor earns its keep. Early in the night, after the ground has cooled, is prime time in summer.

No. You do not need a firearms licence or any special permit to purchase or own thermal or night-vision optics anywhere in Australia — they're not classified as firearms. What is regulated is how, where and for what purpose you use them while hunting, and that's set by each state and territory.

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It depends entirely on your state, the land you're on, and your quarry. Broadly, using thermal for feral pest and predator control on private land with the landholder's permission is widely accepted, while night hunting of game species (like deer) with thermal is restricted or banned in some states. Owning it is legal everywhere; using it for hunting is where you must check the local rules.

DEEPER READThermal Hunting Laws in Australia, State by State →

Victoria is the strictest. Hunting game (deer) at night with thermal or night-vision devices is not permitted, and thermal riflescopes can't be attached to a firearm for game hunting. A handheld thermal may generally be used in daylight to locate deer, then set aside before you shoot. Feral pest control on private land at night is treated differently. Always confirm the current position with the Game Management Authority.

On private land, no licence is required and night shooting of feral animals with thermal is standard practice with the landholder's permission. On public/state land under an R-Licence, electronic devices including thermal are generally permitted for locating game, but firearms hunting is restricted to daylight hours (with limited exceptions). Confirm the current conditions of your licence and any state forest before you go.

Queensland has no game-licence system, and feral pest shooting mostly occurs on private land under the landholder's biosecurity obligations. Device-specific hunting rules aren't always clearly published, so confirm directly with Queensland Police Weapons Licensing and the landholder before using thermal on a firearm.

Tasmania generally prohibits night hunting with spotlights or detection devices, but property protection permits can authorise night shooting with thermal and night-vision equipment for crop and pasture protection. If you're controlling pests on rural land, the permit pathway is the route to check with the relevant Tasmanian authority.

These jurisdictions don't all publish a single, clear source on thermal-specific hunting rules, and the position differs by land tenure and purpose. Owning thermal is legal; before hunting with it, confirm the current rules directly with the relevant state or territory firearms registry, primary industries or parks authority.

Thermal is a different activity to traditional spotlighting, and the two are regulated separately — some states restrict spotlighting, carrying a spotlight with a firearm on certain public land, or night hunting generally. Don't assume a thermal exemption from spotlighting rules; check how your state treats both before heading out at night.

Almost always, yes. Rules on private land (with the landholder's permission, typically for feral and pest control) are generally more permissive than on public, state or Crown land, where night hunting and device use are more tightly controlled. Land tenure is one of the biggest factors in what's allowed — always confirm for the specific block you'll be on.

Owning and transporting thermal optics is legal across Australia, so carrying one between states is not the issue — but the moment you use it for hunting, the destination state's rules apply. If you hunt interstate, check that state's current thermal and night-hunting regulations before you use it in the field.

We can point you to the right questions and general information, but we're optics specialists, not a regulator — we can't give binding legal advice, and the rules genuinely change. Always verify the current position with your state firearms registry and game or primary-industries authority. Buying the equipment is your first step; using it lawfully is your responsibility.

Zeroing a thermal is like zeroing a day scope, with one twist: you need a target that shows a heat contrast. Hunters use a hand-warmer, a heat pack, foil, or a purpose-made thermal target so the aim point is visible through the sensor. Shoot a group, use the scope's zeroing menu to move the reticle to your point of impact, confirm, and you're set. Most optics store multiple zero profiles for different rifles.

DEEPER READHow to Zero a Thermal Riflescope (Step by Step) →

Because paper and a printed bullseye are all the same temperature — thermal sees heat, not ink. Give the sensor something with a temperature difference: a stick-on heat source, a hand-warmer taped to the aim point, foil that reflects sky temperature, or a dedicated thermal zeroing target. Then the aim point stands out clearly.

Not if the optic is rated for your calibre and mounted correctly. Quality thermal sights are engineered for centrefire recoil, but ratings vary — check the model's recoil/calibre rating before fitting it to a hard-kicking rifle, use a quality mount torqued to spec, and it'll hold zero shot after shot. Over-mounting a light-duty sight on a magnum is the usual cause of trouble.

Most quality thermal optics carry an IP rating for water and dust resistance, so they'll shrug off rain, dew and the odd knock — but 'water-resistant' isn't 'submarine'. Check your model's IP rating, don't dunk it, dry it after a wet night, and it'll last. Treat the lens and battery door seals with respect.

The objective is germanium with delicate coatings — never wipe it dry or with your shirt. Blow off grit first, then use a proper lens brush or blower, and only if needed a microfibre cloth or lens tissue with a dedicated optics cleaner, wiping gently in circles. No paper towel, no glass cleaner, no spit. Grit dragged across the coating is what causes permanent scratches.

DEEPER READLooking After Your Thermal: Germanium Lens Care & Storage →

Store it dry, out of direct heat and sun, with the lens cap on and ideally the battery removed or at partial charge for long storage. A padded case keeps dust and knocks off the lens. Avoid leaving it in a hot vehicle or a damp shed — heat, moisture and vibration are what age electronics fastest.

That periodic click and momentary freeze is the sensor recalibrating itself (often called NUC or FFC — a flat-field/non-uniformity correction). It re-levels the pixels so the image stays clean and even. It's completely normal and a sign the optic is working properly; most let you set it to automatic or manual.

Nine times out of ten it's the focus, not a fault. Thermal optics have a focus ring on the objective — adjust it for your target's distance and the picture should snap sharp. Also check the dioptre on the eyepiece for your eye. If it's still soft, poor conditions (heat, humidity, rain) or pushing digital zoom too far are the usual culprits.

DEEPER READBlurry Thermal Image? Troubleshooting & Firmware →

A quality thermal sensor has no moving parts and, treated well, will give you many years of service — these are long-life devices, not consumables. Battery health and physical care (lens, seals, avoiding heat and hard knocks) are what determine real-world lifespan far more than the sensor itself. Look after it and it'll outlast several rifles.

Yes — manufacturers release firmware to improve image processing, add features and fix bugs, usually via a USB connection or companion app. Keeping firmware current can genuinely improve your optic over time. We'll flag significant updates for the models we sell, and our local support can help if you're unsure how to apply one.

Yes, within its IP rating — light rain and snow are fine and thermal often sees through them better than your eyes do. Just dry the optic afterwards, keep the battery compartment sealed, and remember that heavy, wet weather reduces range by shrinking the temperature contrast thermal relies on. It'll keep working; it just won't reach as far.

The big three: physical impact to the germanium objective lens (drops and abrasive wiping), water intrusion past a failed seal or open battery door, and prolonged heat. Pointing it at extremely intense heat sources for long periods and over-mounting on excessive recoil can also cause harm. Sensible handling avoids nearly all of it — and if something does go wrong, your local warranty has you covered.

Always. Pixfra is exclusively distributed in Australia by C.R. Kennedy, and we only sell genuine local stock with a full Australian warranty — never grey-market imports. That's what lets us stand behind every unit and service it here, rather than leaving you with an orphaned optic and no one to call.

Yes. Every price on the site is in AUD and includes GST, so the figure you see is the figure you pay — no currency conversion and no surprises. Your tax invoice itemises the GST component for your records.

We accept Visa, Mastercard, American Express and JCB, handled securely by Tyro eCommerce (a Level 1 PCI-DSS compliant gateway, powered by Simplify Commerce by Mastercard). Prefer to pay from your bank? Choose 'Bank Deposit' at checkout and we'll email our Commonwealth Bank account details for EFT or an over-the-counter branch deposit. See our Finance & Payment page for the full rundown.

Shipping is free on all thermal optics, sent by StarTrack Express — tracked, insured and signature-on-delivery Australia-wide. Accessory-only orders are a $20 flat rate. Your optic arrives in the same condition it left us.

In-stock orders generally ship the next business day and arrive within about 2–7 business days depending on where you are. Remote areas can take a little longer — StarTrack tracking keeps you updated the whole way, with a tracking link sent to your mobile once your order ships.

No. As the authorised Australian distributor channel, we ship within Australia only. That keeps every unit under genuine local warranty and local service — which is exactly the protection that makes buying here worthwhile.

Registered optics carry a three-year warranty on the core optic and electronics, and 12 months on batteries and included accessories. Everything is assessed and repaired in Australia through C.R. Kennedy — never sent overseas. Registering your product takes two minutes and means there's no digging for receipts if you ever need a repair.

Right here in Australia, through C.R. Kennedy's national service network — assessed, serviced and repaired locally. We will never ship your gear across the world and leave you waiting months. Local drop-off, local repair, local turnaround, so you're back in the field fast.

Because thermal optics are precision, high-value electronics, we don't offer change-of-mind returns — so it pays to choose carefully. Your rights under the Australian Consumer Law always apply: if a product is faulty we'll make it right. Talk to us or use the Compare page before you buy, and we'll help you get the right optic the first time.

Talk to the team about your options — for a significant purchase we're happy to work with you on payment. You can also pay by card or arrange a bank deposit, and bank transfer is available for larger orders. Our aim is to make a serious optic accessible without any pressure.

Absolutely — it's the best thing you can do. Tell us how, where and what you hunt and we'll match you to the right optic, or line the models up on our Compare page. We're real people based in Australia who use this gear, and we'd genuinely rather you buy the correct optic once than the wrong one twice.

Yes. We support professional pest operators, primary producers and trade customers with the right gear and genuine local backing — reach out through our wholesale enquiry and the team will look after you. Volume, professional use and repeat supply are all no problem.