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October 10, 2026

What to Look for in a Bike Shop CRM

A service manager's checklist for picking a bike shop CRM: bike records, repair history, texting, waivers, and the fields a generic contacts app always misses.

By Eric Lamanna

A bike repair bench with a gravel bike in a stand next to a laptop and handwritten job notes.

Most owners buy a bike shop CRM thinking they are buying a better contact list. Six months in, they realize they bought a mailing tool that happens to know a phone number. The service writer still asks the customer which bike they brought in last March, the mechanic still flips through old paper tickets to find the brake pad spec, and the "customer history" tab shows four invoices and nothing else.

The gap is not features on a comparison page. It is the shape of the record itself. A shop that fixes bikes needs a database built around a bike, with a service history hanging off it, not a contacts table with a ticket module bolted on. That distinction decides whether the software earns its seat.

So what should you actually look at before you hand over eight thousand customer records?

The Bike Is the Primary Key, Not the Person

In a sales CRM, the person is the record and everything hangs off them. In a service department, that model falls apart on day one. One customer walks in with three bikes. The gravel bike was bought here in 2022, the road bike came in a trade, the kid's bike is a hand-me-down. Each has its own brake standard, its own derailleur hanger part number, its own torque spec sheet in the mechanic's head. If the record is the person, every service writer re-asks the same questions every visit.

The repair-shop pattern is well established in adjacent trades. In auto repair the vehicle is the primary key, not the owner, because mileage, VIN, declined work and service intervals belong to the car. A real bike shop CRM mirrors that: one customer, many bikes, service history per bike, not per person.

At intake, the fields that actually matter are the ones a mechanic will want in two years, not the ones that look good on a signup form. Minimum viable bike record:

  • Serial number, frame size, model year, color
  • Brake standard (flat mount, post mount, rim) and rotor sizes
  • Derailleur hanger part number or UDH
  • Bottom bracket standard and headset spec
  • Tire size and tubeless or tubed
  • For e-bikes: motor system, battery serial, firmware version, key number
  • Purchase origin (sold here, trade-in, elsewhere) and purchase date if known

If the demo cannot show you those fields on a bike-level record, you are looking at a sales CRM with a service skin. That is a different product.

Repair History Is a Timeline, Not an Invoice List

A list of past invoices is not a repair history. It is a list of what the customer paid for. The two overlap, but they are not the same thing, and the difference costs you money on every repeat visit.

A real service record carries work that was declined as well as work that was done. If a customer said no to a chain and cassette in April and comes back in October with a skipping drivetrain, the service writer should see that line in red before they open the quote. It should carry parts actually used, by SKU, with the vendor, so the next mechanic knows whether the pads on the bike are the organic or the sintered ones. It should carry labor time, so the shop can tell whether a tune-up on this frame actually takes forty-five minutes or always ends up at ninety. And it should carry the mechanic's notes, searchable, because "stripped drive-side crank bolt, used extractor, check at next service" is the kind of thing that saves an hour.

What a Real Bike-Level Record Carries
What a Real Bike-Level Record CarriesBike spec fields (serial, hanger, BB, brake standard): 30; Service history per bike (jobs, parts, labor): 25; Declined work and mechanic notes: 20; Texting thread tied to the ticket: 15; Basic contact info (what a sales CRM has): 10Bike spec fields (s…30%Service history per…25%Declined work and m…20%Texting thread tied…15%Basic contact info…10%
Illustrative split of fields in a repair-grade record versus a glorified contacts list. Illustrative: a visual comparison, not measured data.

Ask the vendor to pull up a demo customer who has visited three times. If the only thing on the screen is three invoices and three dates, the product does not know what a repair is. It knows what a sale is.

A gloved mechanic's hand lighting the serial number stamped on a bike head tube.

Texting Belongs Inside the Record

Shop texting is not a nice-to-have anymore. It is how customers want to be told their bike is ready, and it is how no-shows get prevented. SMS runs about a 98% open rate against roughly 20% for email, and automated reminders reduce no-shows by 30 to 60%, with SMS alone pulling about 38%. For a workshop running twelve slots a day, cutting no-shows by a third pays for the software by itself.

What matters for the CRM evaluation is where that conversation lives. If texts go through a separate app and the service writer has to copy and paste, the thread dies the first week. The right pattern: the text thread sits inside the customer and bike record. Status updates (received, in queue, in progress, ready, picked up) fire from the ticket. Replies come back into the same thread. The next time anyone opens that customer, the whole conversation is there, timestamped, next to the bike it was about. Ask whether the texting number is yours or a shared shortcode, whether photos go through, and whether a customer's reply opens a task for someone or just lands in a void.

Retention Math Is Why This Database Earns Its Keep

A clean customer-and-bike record is not a feel-good exercise. It is the engine of the only growth channel that pays off reliably: repeat work. The probability of selling to an existing customer runs 60 to 70%, against 5 to 20% for a new prospect, and a 5% lift in retention has been shown to raise profits 25 to 95% in Bain's work. CRM spend, broadly, has been estimated by Nucleus Research at about $8.71 returned per $1 spent. Treat those as directional, not promises for your shop, but the direction is clear enough.

The practical use is service reminders that fire off the bike, not off a calendar. A hardtail that got a brake bleed nine months ago and has not been back is a text; a road bike that had chain wear flagged at 0.5 is a text at the right mileage estimate; a kid's bike coming into spring is a tune-up postcard. None of that works if the record cannot answer "when was this bike last here, and what did we flag?"

A Four-Week CRM Evaluation Plan
A Four-Week CRM Evaluation PlanWeek 1: Field inventory of your current system: 1; Week 2: Live demos with the eight vendor questions: 2; Week 3: Test import of 100 real customer records: 3; Week 4: Validate texting, booking, and export paths: 41Week 1: Fieldinventory of yourcurrent system2Week 2: Live demoswith the eightvendor questions3Week 3: Testimport of 100 realcustomer records4Week 4: Validatetexting, booking,and export paths
Illustrative sequence for evaluating a bike shop CRM before committing to migration. Illustrative: a visual comparison, not measured data.

The Questions to Ask Before You Hand Over 8,000 Records

Vendor demos are built to show you the easy path. Pull them off it. The following questions take about twenty minutes and tell you most of what you need:

  1. Does your product own the customer record, or hold a copy of what my POS has? If it is a copy, which system wins when a phone number disagrees?
  2. Show me a bike-level record for a customer with three bikes and five visits. Not a slide. A live record.
  3. Which fields do you actually read on import? Specifically: serial number, declined work with dollar values and dates, mechanic of record, parts used by SKU.
  4. Where does an inbound text land? On the ticket, on the customer, in a separate inbox, or nowhere?
  5. When a customer books online, does the appointment arrive on the schedule board automatically, or does somebody re-type it?
  6. Is the customer database one per location or one per group? If you have two shops, which one owns the record when the same rider walks into both?
  7. What is your export? Can you give me every customer, every bike, every service record as CSV on thirty minutes' notice, including the free-text notes? If the answer is "contact support," your data is hostage.
  8. What is the migration process from my current system? A good answer includes a pre-import audit, a field-mapping sheet, deduplication, a test import on a sample, and validation after. "We'll help you do an import" is not a process.
  9. Where is the data hosted and what happens if you get breached? 43% of cyberattacks target small businesses, and average recovery runs about $120,000 for a small business incident. Your rider list is a liability as well as an asset.

Any vendor that cannot answer the first three on a live screen is selling a brochure. The bike shop software comparison page is a reasonable place to see which products at least claim to carry a bike-level record; the demo is where you check whether the claim survives contact with a real customer file.

Where BIKE.co Sits Today, Honestly

BIKE.co runs on the erp.io Service module, with the rest of the erp.io suite behind it. Several of the pieces named above (online booking, the customer portal, status texts, the mobile routing app, accounting sync) are on the roadmap rather than shipping today. The BIKE.co roadmap lays out what is live and what is not, and the pricing and platform pages give the shape of the system around it. If your shop is on Lightspeed and you are weighing a move, the piece on switching from Lightspeed without losing the winter is the companion to this one; for the full line-item view, the software cost breakdown covers what gets billed where.

The point of this checklist is not which product to pick. It is to stop paying for a contacts list dressed up as a service tool. A CRM that knows your bikes, remembers what you declined, keeps the texts in the record, and lets you walk out with your data in a CSV is doing the job. One that does not, is a mailing list with a stem clamp on it.

Eric Lamanna · Director of Business Development

Eric Lamanna is Director of Business Development at erp.io, the suite BIKE.co runs on. He works with the people who have to live with shop software after the demo ends — the owners and service managers deciding whether the tag-and-whiteboard system can survive another spring rush. Most of his time goes on the unglamorous half of that problem: who approves a quote when the customer calls back, where the service queue depends on one mechanic's memory, and what moving a customer list really costs once the cleanup is counted honestly. He came to operations software through digital sales and product work, with a long-running interest in automation and security — the two places where a manual process quietly becomes a liability. He is a believer in workflows that hold up when somebody is out sick, which on a busy bench is most weeks. Eric holds a degree in multimedia design from Olympic College and lives in Denver, Colorado, with his wife and children.

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