Nothing touches the rim, and that changes what alignment costs you Every conventional aligner starts the same way: a technician kneels at each corner, fits a clamp to the rim, hangs a target on it, and squares everything up. That routine is where alignment jobs lose their time and where alloy and custom wheels pick up marks that turn into a conversation with a customer. The Corghi REMO Compact does none of it. The measurement is optical and contact-free - the vehicle drives into position and the sensors read the geometry, with no clamp, no target and nothing resting on the wheel at any point. Take that one design decision seriously and the economics of the alignment bay change. Setup time is not shortened, it is removed. Rim damage from clamping is not reduced, it is impossible. And because a reading costs almost nothing in labour, alignment stops being a job you book and becomes a check you can run on anything that comes through. What it measures, and why the list matters The REMO Compact reads toe, camber, castor, thrust angle and steering angle difference. Castor is the one worth noticing on that list. Plenty of quick-check equipment reports toe and camber and stops there, which is enough to spot a tire-wear problem but not enough to explain a car that wanders, pulls under braking or refuses to self-centre. Castor and thrust angle are what turn a set of readings into a diagnosis, and they are what let a technician tell a customer why the car feels wrong rather than only that a number is out. High-resolution camera optics and imaging algorithms do the measuring, and dynamic compensation corrects for wheel run-out, hub imperfections and minor surface irregularities. That last part is the difference between a laboratory instrument and a shop instrument. Real hubs are not perfect and real floors are not flat; compensation is what keeps the reading trustworthy when the world is not cooperating. Live readings while the adjustment is being made This is a measuring system you can work against, not just a screening gate. The feedback loop displays current values in real time as the technician adjusts, with colour-coded guidance showing how far each value sits from the specified range. Two things follow from that. Adjustment stops being an iterative guess - turn, re-measure, turn again - and becomes a single continuous operation. And because the guidance is visual rather than numerical interpretation, two technicians of different experience produce more similar results, which is usually a bigger source of comeback work than equipment accuracy ever was. The vehicle database, and keeping it useful Factory alignment tolerances live in the system rather than in a folder or a browser tab. The internal database carries specification limits for a wide range of makes and models, supporting model selection, spec recall and guided adjustment. Software updates extend it as new vehicles appear. The practical value is not the convenience; it is that a technician reading tolerances off the machine in front of them is not reading last year's figures off a printout that somebody photocopied. Wired or wireless, decided by your building The REMO Compact supports both wired and wireless sensor configurations, and this is a genuinely useful choice rather than a specification-sheet flourish. A wireless layout removes cable runs across a working bay and lets sensors be repositioned when the shop is rearranged. A wired layout is the answer in a building with radio interference, where reliable data matters more than tidy floors. Choosing the right one for your premises is worth a conversation before you order, and it is one we are happy to have. Built for a shop floor, not a laboratory The optical sensor heads are engineered for a real workshop environment - sealed against contaminants, resistant to dust, vibration and moderate impact - and the system periodically self-checks and tells you when calibration is due rather than waiting to be asked. Because nothing makes contact with a wheel, there are no clamp faces to wear out and no mechanical sensor parts consuming themselves job after job, which takes a recurring line out of the maintenance budget. Sensor mounting and charging stations are laid out for easy access, so a service check does not become a strip-down. Will It Fit? The published data for this system does not state dimensions, ceiling heights or electrical requirements, so this page will not guess at them. What we can tell you is the shape of the question: the system is positioned relative to a drive lane and needs clear optical sight lines to the wheels, so bay layout and lighting are the things to discuss rather than a floor plan. Tell us your bay dimensions and we will confirm the requirements against the manufacturer's installation documentation before you order. Perfect For High-throughput workshops where technician time at each corner is the constraint on how many vehicles get seen. Tire and alignment specialists working on alloy and custom wheels where clamp marks are a real liability. Inspection lanes and vehicle test centres that need a repeatable geometry reading rather than a full adjustment bay. Dealerships where the evidence shown to the customer matters as much as the correction itself. What's in the Box The manufacturer's data we hold does not itemise the contents for this system, and configuration varies with the sensor option chosen. Rather than print a list that might be wrong, ask us for the current specification against the configuration you want and we will confirm it in writing. Certification, stated honestly Our product data for this system records no independent third-party listing or test mark, so this page claims none. The distinction that matters to a buyer is between a manufacturer's own declaration of conformity - the maker attesting to its own product - and an independent body testing and listing it, which are different documents doing different jobs. If your insurer, a fleet contract or a local inspection authority requires a specific listing, verify that requirement with them and ask us to establish what the manufacturer can evidence before you commit. Shipping and delivery Equipment of this kind ships freight to the lower 48 states, with the cost quoted live at checkout for the address you enter rather than estimated up front. You need to be able to unload, or to collect from the carrier's terminal - the driver brings the shipment, not the means to take it off the truck. A residential delivery carries a residential fee where one applies. Inspect the shipment before signing and note any damage on the bill of lading at handover; a clean signature is the carrier's evidence that everything arrived intact, and reversing it afterwards is close to impossible. Warranty The warranty terms that apply are the ones published on our warranty claims page, which is where we would rather send you than print a period into a description nobody updates. One rule applies whatever the terms say: do not open the equipment up before a claim has been filed and assessed. Self-diagnosis before a claim is the most common way a covered fault becomes an uncovered one. Corghi Remo Compact Clampless Wheel Alignment System The Corghi REMO Compact clampless wheel alignment system offers a next-generation approach to alignment checks by eliminating the need for rim contact or physical clamps. As vehicles drive into position, the system’s advanced optical sensors instantly capture alignment parameters without requiring any manual sensor attachments or wheel clamps. This touchless, drive-through method accelerates service flow, reduces handling errors, and prevents rim damage—especially significant when working with expensive alloy or custom wheels. The system is especially effective for high throughput shops, inspection lanes, or service bays where minimizing technician intervention and maximizing uptime are critical. Under the hood, the REMO Compact system relies on high-resolution camera optics and precision imaging algorithms to measure toe, camber, castor, thrust angle, and steering angle differences. The system uses dynamic compensation to correct for wheel run-out, hub imperfections, or minor surface irregularities, maintaining alignment accuracy even when components are not perfectly seated. The real-time feedback loop displays current values while the technician adjusts, offering color-coded guidance that highlights deviations from specified ranges. This visual clarity helps reduce alignment cycle time and ensures consistent results across different operators. Because the system is fully clampless and noncontact, alignment setup time virtually disappears. Technicians no longer must attach targets, clamps, or sensors to each wheel—tasks which can introduce vertical play or misalignment if not secured perfectly. Instead, the REMO Compact system scans automatically as the vehicle enters the alignment bay, completing a full alignment precheck in seconds. Only vehicles exhibiting out-of-spec readings require further corrective work, allowing shops to triage alignment needs rapidly and maintain high throughput. The REMO Compact system maintains a comprehensive internal vehicle database containing alignment specification limits for many makes and models. This database supports model selection, spec recall, and guided adjustment procedures. Technicians can reliably access factory tolerances at the workstation, reducing lookup errors or guesswork. Over time, software updates expand this database to include new vehicles, ensuring the system stays current. The interface is designed to be intuitive, with prompts, menus, and live indicator bars that guide users during measurement and adjustment workflows. Sensor calibration and management are simplified by the system’s design. Optical sensor heads are engineered for rugged shop environments, resistant to dust, vibration, and moderate impact. The system periodically self-checks and advises when calibration is needed. Because the design is contact-free, there is no wear on clamp surfaces or mechanical sensor parts, which reduces long-term maintenance costs. Sensor mounting and charging stations are built for easy access, making service checks and part replacement efficient and straightforward. Flexibility is a hallmark of the REMO Compact system. It can support wired or wireless sensor configurations, giving shops the choice to minimize cable clutter or ensure reliable data in environments with radio interference. Wireless operation facilitates sensor repositioning and layout changes without rewiring. The system automatically synchronizes sensors and maintains communication integrity across the 2.4 GHz link while continuously streaming alignment data during scans. In terms of workflow, using the REMO Compact system transforms alignment lanes into high-efficiency inspection stations. As customers drive in, alignment scans occur transparently, delivering instant feedback on whether a full alignment adjustment is necessary. Vehicles that pass checks can be cleared quickly, while only those requiring correction occupy technician time. This precheck filtering frees up workshop capacity and reduces labor spent on unnecessary procedures. The technology also improves transparency when communicating with customers, because results can be displayed or printed immediately, showing before/after values in clear, visual format. The Corghi REMO Compact clampless wheel alignment system is engineered for long life. Its optical elements are sealed and protected against contaminants, its enclosures resist mechanical damage, and its software architecture ensures stable, repeatable performance. Contact us for more wheel alignment system information.
Checkout happens on the official store. This page mirrors catalog facts in plain HTML for direct reading and crawlability.