Pixfra Pegasus 2 LRF vs ThermTec Oryx: Sensor, Ranging and Value Compared

Pixfra Australia Field Journal · Buying Comparison

Two names keep surfacing on Australian thermal shortlists for good reason. The Pixfra Pegasus 2 LRF arrives with a 1,000 m laser rangefinder fitted as standard on every configuration, while ThermTec’s Oryx line has built a strong following on the back of a gorgeous OLED display and some genuinely clever hunting features. Both are capable, both are well made, and both deserve a fair hearing.

So which one earns your money in 2026? Short answer: at the entry 384 class the two sit almost on top of each other on price, with Pixfra holding a slim sensitivity edge. Step up to the 640 class and the Pegasus 2 LRF delivers the same detector grade and a standard rangefinder for roughly $1,500 less than the equivalent Oryx-L. You are not buying a cheaper scope with Pixfra; you are buying a fairly priced one.

At a glance: Pegasus 2 LRF vs ThermTec Oryx

A quick note before the numbers. ThermTec does not build a 384-class scope under the Oryx name — the Oryx-L family is 640-only. Its 384/35mm laser-ranging options live in different lines: the entry Ibex 335L and the mid-tier Ares LRF 335L 2.0. So a true like-for-like against the Pegasus range actually spans three ThermTec model lines, which we have laid out honestly below.

Last verified 22 July 2026. Competitor specifications and Australian street prices below are indicative and change often — confirm current pricing with the retailer.

Pixfra figures are current Australian recommended retail incl GST. ThermTec figures are indicative Australian retail at the time of writing; they vary between retailers and over time — confirm current detail with the relevant seller. Some ThermTec LRF ranges and the AU warranty period are quoted variously; hedge and verify.

Who makes the Pegasus 2 LRF and the ThermTec Oryx?

Pixfra is a genuine thermal sensor manufacturer. It sits within the Dahua group, one of the world’s largest imaging companies, which means the detector at the heart of a Pegasus 2 LRF is designed and built in-house rather than bought in. That vertical integration is part of why Pixfra can hold sharp pricing without cutting the sensor grade.

ThermTec is a capable, well-regarded thermal maker with a loyal following, and the Oryx-L is its 640-class flagship tube line — a serious piece of kit. It sources and integrates a capable Chinese-made 12µm uncooled VOx detector; ThermTec presents its production as vertically integrated, though independent confirmation of exactly who fabricates that detector is limited. We state that neutrally. Integrating a strong third-party detector is standard industry practice, not a criticism — plenty of respected brands do exactly the same. It simply means the “who builds the sensor” question has a different answer for each brand, and that is worth knowing when you weigh up value.

What does NETD mean, and why does it matter?

NETD (Noise Equivalent Temperature Difference) measures how small a temperature difference a thermal sensor can resolve, in millikelvin (mK). Lower is better: a lower NETD means the detector picks up finer heat contrast, so a fox against cool grass or a pig in scrub reads more clearly, especially in the tricky conditions — humidity, light rain, dew — where marginal sensors wash out. Our full explainer is here: what is NETD in thermal.

Here is the honest comparison for this matchup. At 640, the two are level: the Oryx-L is rated ≤15 mK and so is every Pegasus 2 LRF. Neither brand gives ground there. At the 384 entry class, though, Pixfra holds a slight edge — the Pegasus 2 LRF stays at ≤15 mK, while ThermTec’s 384 laser-ranging options (the Ibex 335L and Ares LRF 335L 2.0) are rated ≤18 mK. It is a modest gap, but it is a real one, and it favours Pixfra at the price point where most first-time buyers start.

Does the ThermTec Oryx have a laser rangefinder?

It can — on the “L” SKUs. ThermTec uses the L suffix to mark the laser-ranging version of a model, so the Oryx 635L and 650L, the Ibex 335L and the Ares LRF 335L 2.0 all carry an LRF. The quoted maximum varies between sources, so we hedge it: the Oryx-L is listed at up to roughly 1,000–1,200 m, and the Ibex/Ares 384 options at around 1,000 m. Confirm the exact figure on the specific SKU with the seller.

The Pixfra difference is simpler to state: every single Pegasus 2 LRF configuration ships with a 1,000 m laser rangefinder as standard, feeding an onboard ballistic calculation. There is no non-LRF version to accidentally buy, and no premium to unlock ranging. In the dark, that matters more than any spec sheet suggests — you cannot pace out a paddock at 2am, and holdover guesswork past 150 m gets expensive in missed or wounded game. A built-in ranger that talks to the ballistics is what turns a detection into a clean, ethical shot. If ranging is on your list, it is worth reading the cheapest thermal scope with a rangefinder and our guide to detection, recognition and identification range.

How far can each detect game?

Detection reach is governed mostly by the objective lens, not the badge on the tube — a bigger lens gathers more of the scene and pushes a heat signature further out. So at equal lens, these two land in the same place. Both the Pegasus 2 LRF and the matching ThermTec models detect out to roughly 1,800 m with a 35mm lens and around 2,600 m with a 50mm. That is a genuine draw, and anyone claiming a large detection gap between comparable-lens scopes is usually selling something. For the full picture of how far “detect” really is versus “identify,” see detection vs recognition vs identification range.

How do the two compare on price?

This is where the honest daylight opens up. Australian pricing on both brands is fairly consistent, so the figures below are a solid guide. We have matched each Pegasus configuration to its nearest ThermTec model, class by class.

Pixfra prices are current AU recommended retail incl GST. ThermTec prices are indicative Australian retail at the time of writing; they vary between retailers and over time — confirm current detail with the relevant seller. The Pegasus range also includes the flagship P650-ILRF at $4,990.

Read the entry class carefully: at 384/35mm the Ibex 335L (~$2,899) and the Pegasus P335-LRF ($2,890) are within a coffee of each other — and Pixfra holds the NETD edge for that money. It is at the 640 tier that the case becomes clear-cut. The Oryx-L is a higher-tier, pricier flagship; you are paying for more display, more build and more headroom, not for a better detector, because the NETD is level at ≤15 mK. Pixfra delivers that same detector grade, plus a standard 1,000 m LRF, for roughly $1,500 less per class.

This is exactly what we mean when we say don’t pay too much for thermal. The Pegasus 2 LRF is well-priced, not cheap — a fair figure for a genuine, in-house sensor, not the rock-bottom option and not a premium tax either. If you would like help choosing between resolutions first, 384 vs 640 thermal sensor is the piece to read before you spend.

How are the two built?

Both scopes are serious, weatherproof tools, and it is only fair to say the ThermTec build is excellent. The Oryx-L’s headline is that 2560×2560 1.03″ OLED — a genuinely beautiful display — paired with shutterless AI calibration and the clever TASS auto-sight, which returns the scope to a preset magnification after recoil. That last one is a real, practical hunting benefit, not marketing fluff. It runs a 30mm tube, records to 64 GB onboard, and carries an IP67 rating. The Oryx 650L’s 50mm lens also gives it that long ~2,600 m detection reach, and over in the 384 lines the Ares LRF 335L 2.0 is notable for an unusually long ~18 hour runtime. Credit where it is due — this is capable kit.

The Pegasus 2 LRF answers with a conventional 30mm main tube that drops into any quality 30mm rings — no proprietary mount to source or replace, which keeps setup simple and cheap. Power is a dual 18650 arrangement: a rechargeable internal cell plus a hot-swappable external one, good for around 9–10 hours and topped up over USB-C. It is IP67 rated and built to withstand 1,000 g of recoil, with 64 GB of onboard storage, WiFi, recoil-activated recording, picture-in-picture and six colour palettes. Driving it all is Pixfra’s PIPS 3.0 image engine. It is a scope built to be lived with in the field, not fussed over.

Is the Pegasus 2 LRF warranted in Australia?

Yes — and this is a quieter advantage that earns its keep the day something goes wrong. The Pixfra manufacturer warranty runs three years on internal components and the housing, with one year on the rechargeable battery. More importantly, the Pegasus 2 LRF is distributed and serviced in Australia by C.R. Kennedy, a name trusted here since 1934. Any warranty assessment or repair is handled in Australia and never shipped overseas, so you are not staring down weeks of freight and customs while your scope sits in another country.

ThermTec’s Australian warranty period is not consistently stated on local listings; globally it is commonly around three years. We would write it as typically around three years — confirm with the seller, and we would genuinely encourage you to ask where any repair would be assessed, because local service is worth real money over a scope’s life.

Which thermal riflescope should you buy in 2026?

Let us be straight: the ThermTec Oryx-L is a genuinely good thermal scope. That OLED is the best-looking display in this comparison, TASS is a smart, practical feature, and the build quality is there. If a premium 640 flagship with a standout screen is what stirs you, and the price sits comfortably, you will not be disappointed.

For most Australian hunters, though, the value maths points to the Pegasus 2 LRF. At the 384 entry the two are nose to nose on price while Pixfra edges NETD. At the 640 class — where the Oryx-L becomes a $5,399–$6,099 flagship — Pixfra delivers the same ≤15 mK detector grade and a standard 1,000 m LRF for roughly $1,500 less, with an in-house sensor and local C.R. Kennedy service behind it. You are not trading down; you are declining to overpay. That is the whole idea: well-priced, not cheap.