UHF RFID Tags for Motorsport & Racing

Find the Right Tag for Your Motorsport Inventory

Start with the part in its normal storage or handling position. A tag used on a workshop spare has different requirements from one that stays on the component during racing or a curing process.

Process Compatibility Trials

UHF Anti Metal High Temperature Tags Sticker 3M Adhesive TagtixRFID

PCB Material High Temperature RFID Tag Anti-Metal UHF Label

From $1.10 USD

Dry Indoor Parts Inventory

9662 Long Range UHF RFID Tag 860mhz-960mhz ISO18000-6C EPC Class1 Gen2 self adhesive printable inlay label

9662 Printable Long-Range UHF RFID Sticker Inlay for Asset Tracking Self Adhesive5.0

From $18.99 USD

($0.19 each)

5.0

Metal Spares & Tooling

RFID UHF On Metal Asset Tags Sticker PET Meterial Waterproof 3M Adhesive TagtixRFID

PF6025 On Metal UHF RFID Tag Sticker Waterproof 3M Adhesive

From $33.00 USD

($1.65 each)

Moisture-Exposed Equipment

PET7018 Material Waterproof Printable Long Range UHF Label

From $17.99 USD

($0.18 each)

Compact Electronics

9662 Long Range UHF RFID Sticker ISO18000 - 6C EPC Class1 Gen2 Self - Adhesive Printable Inlay Asset Tag TagtixRFID

H2515 Ultra Small UHF RFID Tag Sticker ISO18000-6C EPC Class1 Gen2 Self-Adhesive Inlay

From $18.99 USD

($0.19 each)

What Are You Looking to Track?

Composite Parts and Process Trials

For components exposed to a manufacturing process, compare the PCB format and share the temperature, duration, pressure and number of cycles before selecting it.

Test on the actual composite and mounting position. A material name or peak temperature claim alone does not confirm that the tag will suit your process.

Use PCB

Metal Spares and Workshop Tooling

Use our PF6025 as an adhesive on-metal starting point for stored metal spares, equipment cases and tooling.

Check the available label space and cleaning exposure. Confirm heat, vibration and clearances separately if the tag will stay on a component during operation.

Use PF6025

Electronics and Small Parts

Measure the usable surface on your electronic module or parts carrier. Our H2515 gives you a 25 × 15 mm label option when a larger label will not fit.

Check the reader response with nearby metal and the finished assembly, and keep the label clear of connectors and service access.

Use H2515

How Do You Choose RFID Tags for Your Racing Team?

Start with a specific inventory task, such as checking spares before transport or identifying a returned component. Decide whether the tag belongs on the part itself or on its reusable carrier.

Check the mounting surface, label space and conditions the tag will encounter. For heat or curing exposure, share the full process cycle rather than only the highest temperature.

Test your reader on representative parts and packed containers. Reading distance depends on the reader and environment. Your inventory software must link each identifier to part, service and installation records; ordinary inventory tags do not replace a race-timing system.

If you would like to test tags on your workshop spares, equipment or parts carriers, feel free to request a free UHF sample pack. Share the materials, available space and any heat or cleaning exposure so we can help you choose a useful starting point.

Request FREE UHF Samples to Test

Does a Peak Temperature Rating Prove a Tag Will Survive an Engine Bay or Curing Cycle?

No, a peak temperature figure alone does not confirm that a tag will survive your engine bay or curing process. Exposure time, repeated cycles, pressure, attachment and the surrounding materials all matter. Share the complete conditions with us so we can check a suitable option before you run a trial.

Should I Test RFID Tags on the Actual Carbon-Fiber Part?

Yes, test the tag on the actual carbon-fiber part, because its conductive structure and the mounting position can affect UHF reading. We would not assume a standard adhesive label suits every composite. Tell us whether you need to identify the finished part or carry the tag through production, and we'll help you narrow the options.

Does an RFID Tag Automatically Record a Racing Part’s Service History?

No, the tag provides an identifier; your reader and software connect that identifier to the part's service history. Record installation, removal and inspection events in your system so a scan can retrieve the right information. Reading the tag alone does not confirm remaining life or that the part is safe to use.

Are There Compact UHF RFID Labels for Racing Electronics?

Yes, our H2515 measures 25 × 15 mm and is an option to test on electronic modules or their carriers when space is limited. Its reference reading distance is 3 m, depending on the reader and environment. Check nearby metal, label clearance and the finished assembly before choosing the position.

Can I Use On-Metal RFID Labels for Metal Motorsport Spares?

Yes, an on-metal label such as our PF6025 is a starting point for identifying stored metal spares and workshop tooling. Its reference reading distance is 5 m, depending on the reader and environment. If the label will remain attached during operation, share the heat, vibration and cleaning conditions with us; mounting on metal does not establish suitability for those exposures.

Are These Inventory RFID Tags a Replacement for a Race-Timing Transponder?

No, these tags are presented for parts and equipment identification, not as a confirmed replacement for your race-timing transponder. Timing systems have their own hardware and compatibility requirements. Confirm the required transponder with your timing-system provider before ordering.

Request FREE UHF Samples to Test

See How a Tracking Workflow Comes Together

Tracking Racing Car Composites with UHF RFID Tags: Heat-Resistant Solutions for Motorsport

RFID Tracking for High-Performance Racing Car Composite PartsIn motorsport manufacturing, racing teams need to track carbon fiber composite panels, bodywork components, and structural parts through...

How to Track Inventory in Totes Near Metal Racks with UHF RFID

Learn how to choose, place, encode, and qualify UHF RFID tags for tote inventory, grouped items, metal racks, and an optional heat step.

How to Track Work-in-Process Items and Production Containers with UHF RFID

UHF RFID helps manufacturing teams track work-in-process items and reusable containers by giving each moving unit a unique identity and recording that identity at defined production events. This gu...

Explore More UHF Tag Options

White on-metal UHF label attached flat to a silver laptop lid, with a cropped reader corner and scanning arcs.

On-Metal UHF RFID Tags & Labels

Black industrial UHF tag mounted on the exterior of a thermal processing machine and scanned with a handheld reader.

Industrial UHF RFID Tags

Small round J41 UHF tags on plastic vial caps beside a handheld reader in a refrigerated laboratory workspace.

Ultra Small UHF RFID Tags

FREE shipping to Canada, Australia, New Zealand, Singapore, Indonesia, Thailand. Customs & VAT Covered by Us for All Europe Countries.

Looking for Something for Your Business or Company?

Got a question or a special request? Click on the bottom-left chat button.

Do you have discounts for large orders?

Yes! 🙌 We offer discounts of up to 30% for bulk orders. The more you buy, the better the price. Chat with us for a custom quote.

How long does it take to process an order?

We'll need 1-3 business days to process your order for shipping after you receive your confirmation email. But don't worry, we're doing our best to get your order to you as soon as possible. We appreciate your patience with us!

I need some RFID modules to fulfill specific functions. What is the cost of producing these modules from scratch?

To kick off development, you only need to pay the development fee as a down payment. You will not make any further payments until you receive the sample module and confirm that it works 100%.

The development fee is based on the specific functions you require. However, it can be deducted after your total orders from us reach a certain amount.

In total, including the development fee and unit costs, our clients typically save 20% on material costs compared to their previous supplier.

How long does the development process takes?

It usually takes 4 weeks to develop the sample module with your required function from scratch. Depending on the functions you requested, it may end up shorter or longer.

After the development is done, we’ll send you the sample module to test compatibility. We’ll work with you till it’s 100% working with your systems before the batch production.

How can I make sure the custom readers work in compatible with our systems or equipments?

We know compatibility can be a concern when purchasing a large batch of readers. When we’re done developing the prototype, we’ll send you a sample first to test compatibility.

And no strings attached at this point. Our engineers will work closely with you till the sample is 100% compatible with your existing system before the purchase invoice.

Or, before kicking off prototype development with us, you can purchase an off-the-shelf reader in our store to see if it already fits what you need.

Hit that chat button and tell us what you need. Our tech whiz, Jayden, will gladly assist you and make sure everything runs smoothly. 😎

Bulk Quote 30% Off

Are you a distributor or reseller? Sourcing for a B2B project? Enjoy up to 30% discount for bulk orders. Chat with us for a custom quote.

No MOQ Required

Our experienced engineers can custom develop the RFID modules to embed into your systems. Hardware configuration, wiring adjustments, USB or serial port, etc tailored to your solution needs.

We Return Development Fee

When orders accumulate to a certain amount. Start with testing a sample and deploy the final products with tech support from our engineers. No matter how many you need, we are here to help. We value every client’s trust.