Industrial Data Collection & Vehicle Classification
Engineering high-precision volume, speed, and FHWA 13-category vehicle classification systems for Departments of Transportation, municipalities, and mobility consultants across North America since 1974.
Engineering Authority & Field Benchmarks
Modern transportation planners and traffic engineers face a dual challenge: increasing urban congestion and stringent federal reporting standards. Automatic Traffic Counters (ATC) and Automatic Traffic Counter and Classifier (ATCC) systems form the fundamental foundation of Intelligent Transportation Systems (ITS). At Electromega, we engineer and supply field-proven traffic counting solutions designed to capture continuous, uncompromised Volume, Speed, and Class (VSC) data across extreme weather conditions—from sub-zero winter freeze (-40 °C) to coastal moisture and high-volume urban arteries.
Whether deploying temporary pneumatic tube counters for short-term municipal audits or integrating multi-lane side-fire Doppler radar units connected via NTCIP cellular telemetry into a central ATMS platform, our vendor-neutral engineering ensures your capital expenditure delivers maximum information gain and compliance integrity.
Over five decades of hands-on field experience specifying and integrating traffic data collection hardware across North American roadways.
Benchmarked accuracy for vehicle volume and speed measurement across multi-lane, free-flow, and stop-and-go traffic conditions.
ISO 9001 certified quality management system ensuring full component traceability, bench-testing, and compliance documentation on every shipment.
Authorized representation for premier ITS OEMs, giving buyers objective, non-intrusive vs. intrusive technology comparisons.
Technical Evaluation Matrix
Selecting the ideal Automatic Traffic Counter requires understanding the trade-offs between sensor physics, site geometry, pavement integrity, power budget, and maintenance safety. The table below outlines how primary sensing modalities stack up for municipal and DOT procurement teams.
| Sensing Modality | Detection Principle | Primary Application | FHWA 13-Class Accuracy | Extreme Weather (-40°C) | Pavement Impact |
|---|---|---|---|---|---|
| Side-Fire Radar / Microwave | K-band / X-band Doppler & FMCW wave propagation | Permanent multi-lane highways & arterial monitoring | 95.5% – 98.2% (Length based) | Immune to ice, snow & extreme fog | Zero (Mounted on side roadside pole) |
| Dual Pneumatic Tubes | Air pressure pulse differential across road strikes | Temporary 24h/48h/7-day municipal traffic studies | 98.0% – 99.5% (Axle spacing based) | Tube hardening below -15°C (Requires heavy-wall hose) | Temporary surface anchors only |
| AI Video Analytics / Vision | Deep learning optical spatial vehicle tracking | Complex intersections, turning counts & pedestrian safety | 96.0% – 98.8% (Visual profile matching) | Lens heater required; affected by dense fog | Zero (Pole or mast-arm mounted) |
| Wireless Magnetometers | 3-axis Earth magnetic field disturbance measurement | Bridge decks, asphalt preservation & urban arterial lanes | 92.0% – 96.0% (Magnetic signature profile) | Immune (Fully encapsulated in core-drilled puck) | Minor 4" core drill per lane center |
| In-Pavement Inductive Loops | Electromagnetic resonance frequency shift | Permanent high-speed highway count stations (Piezo hybrid) | 98.5% – 99.8% (Axle + inductive length) | Pavement stress / freeze-thaw loop wire breakage | Requires saw-cut slots in asphalt |
Electromega Product Showcase
Engineered to deliver high information gain, long operational battery life, and seamless integration into modern smart city traffic management architectures.
Our flagship side-fire radar counter tracks up to 22 vehicle lanes simultaneously across bidirectional traffic corridors. Operating on 24GHz FMCW Doppler technology, it logs vehicle volume, continuous speed, gap headway, and 4-tier length classification without requiring lane closures during installation.
Designed for rapid deployment by field technicians, this ruggedized portable traffic logger uses high-sensitivity piezo-air transducers to record axle events with microsecond precision. Features Bluetooth mobile pairing, automatic gap analysis, and 12-month continuous battery lifespan on D-cell power.
Combining optical video sensors with on-board deep learning neural networks, this smart classifier delivers real-time vehicle categorization, turning movement counts (TMC), pedestrian/bicyclist segregation, and near-miss conflict analysis for Vision Zero safety audits.
Strategic Industry Insights
As municipal infrastructure transitions into hyper-connected smart city frameworks, procurement officers and engineering directors must evaluate how current hardware investments align with long-term technological trajectories.
Legacy traffic counters relied on post-processing raw timestamp data in desktop software. Modern procurement specifications prioritize Edge AI compute—where neural networks inside the roadside counter classify vehicles, compute occupancy rates, and flag anomalies locally in real-time. This reduces cellular bandwidth consumption by up to 90% while providing immediate data streams to adaptive signal controllers.
No single sensing physics handles 100% of environmental conditions perfectly. The industry standard is rapidly moving toward hybrid multi-sensor counters. Combining FMCW radar with thermal imaging or optical vision overcomes sunlight glare, heavy rain reflection, and thermal shadows, ensuring consistent >99% classification accuracy regardless of ambient lighting or storm conditions.
Manual field data extraction via RS-232 cables or SD cards is being systematically phased out by major transportation departments. Modern automatic traffic counters incorporate integrated Low-Power Wide-Area Network (LPWAN) cellular modems. This enables automated daily database syncs, remote firmware over-the-air (FOTA) updates, and automated health diagnostics directly into cloud-native GIS databases.
With traffic infrastructure classified as critical national assets, security guidelines mandate robust end-to-end encryption for roadside telemetry. Future-ready traffic counters feature hardware root-of-trust chips, TLS 1.3 encrypted sockets, and strict adherence to NTCIP standardization, preventing unauthorized network penetration into municipal central traffic command systems.
Standards & Regulatory Alignment
Accurate vehicle classification is not merely an operational convenience—it forms the legal and structural basis for highway pavement wear modeling, federal funding allocation, and urban traffic safety planning.
To qualify for federal transportation infrastructure grants and perform precise structural pavement damage calculations (ESAL - Equivalent Single Axle Load), state and provincial transportation bodies rely on standardized vehicle classification systems. Automatic Traffic Counters must accurately distinguish between:
Electromega’s automatic traffic classifiers utilize advanced algorithm matrices mapping axle spacings and inductive/radar signatures directly into FHWA 13-class, MTO, and MTQ standards with zero manual re-indexing required.
Engineering & Procurement Playbook
Avoid common pitfalls such as premature battery failure, pavement saw-cut degradation, and data format incompatibility by following our field-tested procurement workflow.
Determine whether the project requires temporary 48-hour volume spot checks (tube counters) or continuous 365-day annual average daily traffic (AADT) monitoring (radar/loop counters).
Assess roadside pole availability, solar sightlines, multi-lane occlusion risks, and pavement condition (asphalt quality affects saw-cuts for inductive loops).
Ensure the hardware natively supports open NTCIP communications and outputs clean CSV, XML, or API data streams matching your agency's central GIS engine.
Demand thermal testing documentation proving uninterrupted operation between -40 °C and +85 °C, along with IP67 enclosure ratings for humidity and dust ingress.
Customized Industry Solutions
A municipal traffic shop, a regional DOT corridor planner, and an engineering consultant each evaluate hardware against different key performance indicators. Select a profile below to review customized scope and deployment strategies.
Target Application Profiles
Affordable, rapid-deploy portable tube and radar counters enabling municipal engineering teams to benchmark neighborhood traffic calming programs, school zones, and arterial AADT counts without road closures.
The Electromega Advantage
Choosing Electromega means partnering with a veteran integration leader. We don't just ship hardware—we engineer complete, field-tested systems tailored to your exact regulatory and environmental demands.
Since 1974, Electromega has engineered, integrated, and supported critical transportation technology across Canada and international markets. Our solutions are refined by real-world field conditions—from -40 °C Canadian winters to heavy coastal salt spray.
Our Quality Management System has been ISO 9001 certified continuously since 2003. Every automatic traffic counter, sensor module, and custom cabinet assembly undergoes rigorous bench testing and traceable calibration prior to site delivery.
Representing over 20 world-class ITS and detection manufacturers, we provide objective, data-driven comparisons. We recommend pneumatic, radar, video, or magnetic hardware based purely on your site geometry and project constraints.
With three strategic regional offices in Quebec, Ontario, and British Columbia, our bilingual application engineers provide on-site commissioning assistance, technician training, warranty administration, and local spare parts availability.
Authorized Technology Partners
We work with premier traffic detection and data collection manufacturers to deliver factory direct pricing, deep engineering integration, and complete lifecycle spare parts backing.
Buyer Intent & Technical Questions
Detailed engineering answers addressing intent queries commonly evaluated by DOT buyers, municipal traffic specialists, and international procurement teams.
An Automatic Traffic Counter (ATC) or Automatic Traffic Counter and Classifier (ATCC) is an electronic device designed to detect, record, and analyze vehicle counts, speeds, and physical profiles on a roadway. Classification is accomplished using distinct physical sensors. Pneumatic tube counters calculate the time interval between axle strikes over a known tube spacing to determine axle count and speed. Non-intrusive radar traffic counters send microwave beams to detect Doppler frequency shifts and target length profiles, categorizing vehicles into length classes. Advanced AI video classifiers analyze visual pixel movement against trained neural networks to map vehicles directly into standard schemes like the FHWA 13-category classification system.
Pneumatic tube counters offer high axle classification precision at lower initial hardware cost, making them ideal for short-term 24-hour to 7-day traffic studies. However, they require field crews to enter active traffic lanes during installation, face high rubber wear on heavy truck corridors, and can freeze in sub-zero winter temperatures. Non-intrusive side-fire radar counters mount safely on roadside poles without requiring lane closures or crew hazard. They operate continuously year-round, monitor multiple lanes simultaneously, withstand extreme cold (-40 °C), and eliminate pavement maintenance costs entirely.
Yes. All traffic data collection systems integrated by Electromega comply with recognized North American standards, including NTCIP 1202/1203 protocol standards for central management software interoperability. Hardware connects natively with leading Advanced Traffic Management Systems (ATMS), municipal open-data portals, and GIS platforms via standard RS-232/485 serial, industrial Ethernet, or integrated cellular IoT modems.
Portable pneumatic counters feature ultra-low power processors capable of operating for 30 to 180 days on internal rechargeable lithium batteries or standard D-cell packs. For permanent non-intrusive radar or magnetometer installations in remote highway locations, Electromega designs autonomous solar power systems consisting of 20W to 50W solar panels coupled with deep-cycle AGM or LiFePO4 battery enclosures, engineered to guarantee continuous operation even during low-sun winter solstices.
Sub-zero temperatures can freeze moisture inside pneumatic tubes or alter the flexibility of loop detector sealant. Electromega addresses environmental vulnerabilities by specifying military-grade electronics rated for -40 °C to +85 °C operation, using heavy-wall synthetic elastomer hoses for tube counting, and providing dual-beam microwave radar units equipped with internal lens heaters that prevent frost build-up and maintain >98% accuracy during heavy snowstorms.
Absolutely. Modern traffic counter logs can be processed in real-time to drive adaptive signal controller timing adjustments (NEMA TS-2 / ATC architectures), trigger dynamic message signs (DMS) for speed feedback, or feed occupancy counts into municipal parking guidance networks. Electromega's system engineering team assists clients in setting up custom API data bridges for real-time traffic flow optimization.
We provide complete procurement submittal packages including detailed product datasheets, CAD pole-mounting and wiring schematics, accuracy verification test certificates, environmental compliance reports, sample specification language, and bill of materials (BOM) documentation to ensure your tender documents pass engineering review effortlessly.
Direct Engineering Consultation
Connect with Electromega's senior ITS and traffic data application specialists. We will review your site geometry, traffic volume objectives, power requirements, and budget to deliver an optimized hardware specification package.
ISO 9001:2015 Quality Management Guaranteed. Technical support available in English and French.
Traffic Control 
Data Collection & ATC 
Guidance & Parking