Describe the job in front of you and this tool matches it to a camera type using the same verified Finder rules the rest of the site runs on. It does not invent a second recommendation engine, and it does not push a product you cannot see compared. It maps your situation to the kind of camera that fits it.
Quick answer
Give the tool your pipe size, run length, how many bends you expect, and whether you need locating or recording, and it returns a camera type suited to that combination. The most important input is the smallest pipe diameter on the route, because that decides head size, which decides whether any camera can physically enter. Answer that honestly and the rest of the match falls into place; guess it and the recommendation is only as good as the guess.
Describe the job. Matching uses the same verified Finder rules, this page does not invent a second recommendation engine.
Why the job decides the camera
A homeowner diagnosing one slow drain and a drain-cleaning crew running eight inspections a week should not buy the same camera, because the jobs place different demands on the tool. The homeowner needs a small head, a short flexible cable and simple controls; the crew needs reach, serviceability and locating that repays itself over years of use. The job selector exists because starting from the job, rather than from a product list, is the only way to avoid buying reach you will never use or missing the small head your pipe actually requires.
Each answer narrows the field on a specification that is hard or impossible to change after purchase. Pipe size sets head diameter. Run length and bends set cable length and flex. The need to mark a dig sets whether you need a sonde and a matched receiver. Getting these right up front is worth more than any feature comparison, because they are the constraints a camera either meets or does not.
The inputs that matter most
- Smallest pipe diameter. The hard limit. Size the head to the narrowest point on the route, not the pipe you enter. See what size you need.
- Run length and bends. These set cable length and flex. A stiff cable reaches further straight; a soft one turns tighter bends. Advertised length is not usable reach.
- Locating. Only needed if you will dig. Locating means a sonde plus a matched receiver, covered in the locators hub.
- Recording. Needed when footage supports a quote or report, ideally with a footage counter written into the file.
How to use the selector
- Pace the run and note the smallest pipe on it.
- Estimate how many hard bends and traps are on the route.
- Decide whether you need to mark a fault on the surface.
- Enter those, and read the camera type it returns as a starting shortlist.
- Confirm the exact configuration with the finder and compare with compare cameras.
Common mistakes the selector prevents
The most common buying error is sizing on reach. A long cable is easy to justify and rarely the limiting factor, while the head diameter that decides fit gets checked last. The selector forces pipe size to the front. The second error is buying locating you do not need, or missing it when you do; by asking whether you will dig, the tool keeps the locating decision explicit instead of hidden inside a “512 Hz” label that may only mean a sonde with no receiver.
Common questions
What if I do not know my pipe size?
Estimate the smallest fixture on the route and err smaller. A smaller head in a larger pipe costs only lighting, which is recoverable; a larger head in a smaller pipe costs the inspection entirely. The pipe size checker helps.
Does the selector recommend a specific product?
It points to a camera type and the verified configurations that fit it, using the same rules as the finder. It does not invent a separate ranking.
Homeowner or professional, does it matter?
Yes. Frequency of use changes whether serviceability and reach are worth paying for, so the selector weighs a one-off diagnostic differently from daily production work.
Data tools: Sewer Camera Finder · Pipe Size Checker · Compare cameras · Buy vs hire