Two 2026 Swim Products, and the Numbers Neither Company Will Publish

Two pieces of swimming technology reached the market in 2026. One is a sensor module that sits inside a pair of goggles and claims to measure breathing and head position. The other is software that prints official timing data onto a live video feed. Neither company has published a price. Neither has published an accuracy figure. Neither says who owns the data.

That is not a coincidence of two bad press releases. It is the normal disclosure standard in aquatics technology, and it is worth setting out in detail, because the people buying these products are clubs and meet hosts with no way to compare them.

SpeedoIQ: five measurements, no specifications

Speedo announced SpeedoIQ in August 2026. Engadget described it as a removable module that sits inside the latest version of the company's standard swim goggles, and reported that the company promises "real-time insights" on pace, distance, breathing, head position and turn performance.

Pace, distance and turn performance are motion problems. An inertial sensor at the head can do them, and lap-counting from accelerometry has been commercially reliable for over a decade. Breathing and head position are harder claims, and they are the two that would distinguish this product from a wrist tracker.

Here is what the launch coverage does not contain: the sensor types, the battery life, the sampling rate, the price, the availability date, the name of the app the module syncs to, and any accuracy figure for any of the five measurements. No named Speedo spokesperson is quoted. The coverage notes the system does not require a subscription, which is a meaningful commitment and the only firm commercial term in the whole announcement.

Two claims in the coverage deserve separating from the rest.

The first is that the product has been approved to wear in competition by World Aquatics. That is a specific regulatory assertion, and the coverage gives no document, rule number or date for it. It may well be accurate. It is not substantiated, and it is the kind of claim a meet referee will eventually have to adjudicate from something firmer than a product launch.

The second is Speedo's claim that its system is the only one of its kind that can analyse all your types of swimming stroke. That is a superlative with no test behind it in the coverage.

The coverage also states what the product will not do: it does not give feedback while you are in the water. For a device whose selling proposition is real-time insight, the real time happens after you stop. That is a defensible engineering choice, because a heads-up display in goggles is a hard product and a distraction risk. It is also a narrower product than the announcement implies.

One small thing suggests how carefully the launch was assembled. The Engadget piece names two different goggle models for the same module, Vanguard in its standfirst and Vanquisher in its body, and does not reconcile them. A reader cannot tell from the launch which goggles the module fits.

CTS AquaSync: the integration is the product

Colorado Time Systems' AquaSync does something narrower and describes it more precisely. The product page says it works by "synchronizing official timing and scoring data directly onto your live video stream," outputting over the NDI protocol into OBS, vMix or any NDI-enabled system.

The scope is genuinely useful. Per the datasheet, it handles swimming as a grid of lane, place, name, team and time; diving as a leaderboard with real-time scoring; and water polo as a score bug with game clock and score. For a club streaming its own meets, that replaces a volunteer retyping results into a graphics package, which is the single most common failure point in a low-budget stream.

What the product requires is where the economics live. AquaSync integrates with CTS timing and scoring systems: Gen7 swimming and diving, System 6 swimming and diving, and water polo on System 6 and WTTC. It needs Windows 11, a multi-core CPU of at least an Intel i5 or AMD Ryzen 5, a minimum of 8 GB of RAM and 150 MB of storage. It needs a DisplayLink Plus unit, or DisplayLink Plus Lite for customers without a CTS videoboard, which the installer includes.

So the overlay is available to meet hosts who already own a CTS console, run Windows and can add a dedicated machine to the timing table. It is an accessory to an installed base, not a product a club can buy on its own. That is a legitimate commercial design. It is also the reason the absence of a price matters more here than it would elsewhere: a club cannot work out whether to switch timing vendors without knowing what the switch buys and costs.

The page carries no price and no availability date. The software bundle is listed as version 1.1.9, dated 14 April 2026, and the datasheet is marked revision 05/26, which is the clearest dating available. The call to action is to get AquaSync now.

The page is careful on one point that matters and vague on another. It is careful that AquaSync displays official timing and scoring data; it does not claim that AquaSync itself carries official timing status, which is correct, since the console remains the timing authority. It is vague on performance, offering "precision timing integration" and "Official results displayed instantly" with no latency figure. Instantly is not a specification. For an overlay synchronising to live video, the sync offset in frames or milliseconds is the one number a producer actually needs.

Who owns the data

Neither product tells you.

SpeedoIQ sends five measurement streams from a swimmer's head to an unnamed app. The coverage says nothing about whether a swimmer can export their own swims, in what format, whether a coach can see a squad's data, or what Speedo may do with it. For an adult buying a consumer tracker that is an ordinary privacy question. For a junior squad where a coach asks athletes to wear one, it is a safeguarding and records question, and the answer is not published.

AquaSync is the reverse case and no clearer. The data is already official, already belongs to the meet, and is already in the console. What the pages do not say is whether the overlay writes anything back, retains a session log, or leaves the results exportable in a format other than CTS's own.

This is the structural problem with reporting on aquatics technology, and it showed up in this desk's own work. Earlier this month we tried to verify a timing vendor's published interpretation of Section 15.16 of the World Aquatics competition regulations, which asserts that video calibrated to a hundredth of a second is now treated as the typical backup to touchpads. The vendor's reading may be right. The official regulations document could not be retrieved to check it, so the claim stays unverified here, and we did not report it as rule.

That is the state of the field. The vendor's blog is accessible and the governing document is not. The vendors publish superlatives and withhold specifications. In a sport that calls itself the most precisely measured in the world, the equipment that does the measuring is sold on adjectives.

Not disclosed: for SpeedoIQ, the sensor types, sampling rate, battery life, price, availability date, app name, data export format and ownership, any accuracy figure for any of the five measurements, the document behind the World Aquatics competition-approval claim, and which goggle model the module fits; for CTS AquaSync, the price, the sales availability date, the sync latency, whether the overlay retains or writes back any data, the expansion of WTTC, whether the host machine must be separate from the timing system, and any support for non-CTS timing hardware.