Advanced Speed Control (ASC): The GT8 features advanced control firmware that continuously communicates with the motor’s internal encoder. It analyzes the weight distribution and position of the boom to adapt speed and torque dynamically, delivering perfectly smooth acceleration and deceleration curves that significantly extend the physical lifespan of the gears.

Modular Twin-Section Boom: Transporting and installing a structural 8-meter arm has historically been a logistical nightmare. CAME solves this by splitting the white-painted aluminum arm into two distinct, interlocking telescopic sections that sleeve tightly together with specialized reinforcing screws. This configuration reduces overall motor strain and drastically lowers structural wind-loading resistance.

Universal Double-Spring Balancing: Installers no longer need to carry or specify different spring rates for different driveway spans. The internal lever chassis utilizes a practical multi-point variable hook-up matrix, meaning the same two included heavy-duty springs can be adjusted manually to balance booms anywhere between 4m and 7.8m.

Integrated Traffic Light Signaling: The GT8 eliminates traditional, breakable external flashing amber lights. The cabinet top features an elegant, high-visibility LED crown alongside matching dual-sided RG (Red/Green) LED safety light cords nested directly inside the boom profile to provide clear traffic management signals.

Advanced Speed Control (ASC): The LT4 features an active force-profiling system. Its onboard firmware constantly analyzes the wind load, drag, and weight distribution acting on the boom. It automatically calibrates acceleration and deceleration speeds to provide highly smooth end-of-travel slowdown curves, which radically preserves the internal structural gear teeth.

Single-Spring Multi-Point Balancing: Installers no longer need to carry or specify different spring rates for different driveway spans. CAME engineered a variable balancing lever directly inside the cabinet; the same heavy-duty spring can be adjusted manually to balance booms anywhere between 2.5m and 4m by simply altering the mechanical hook-up point.

Upright-Safe Maintenance Layout: The digital control board is housed in an isolated ABS enclosure positioned directly beneath the cabinet’s upper cover. This allows technicians to comfortably program, troubleshoot, and perform system health checks standing upright without needing to remove the entire front panel.

Native Modbus & Cloud Architecture: The motherboard features serial ports natively designed to communicate via MODBUS protocol for clean building-management or third-party parking system integrations. It also supports seamless connection to the CAME CONNECT cloud network for full remote configuration and smartphone toggling.

36V Digital Brushless Architecture: By completely eliminating mechanical carbon brushes, internal friction and heat generation are practically neutralized. The motor runs whisper-quiet, requires zero traditional brush maintenance, and delivers instant, precise torque adjustments across variable opening speeds.

Rapid High-Speed Action: The brushless platform allows for highly aggressive acceleration profiling. The boom can actuate to a full 90° open position in a blistering 1.2 to 2.4 seconds, rapidly flushing high volumes of trailing traffic into car parks to prevent street-level gridlock.

Anti-Shear Profile & Smart Electronics: The physical arm hinge assembly features an integrated safety protective cover to eliminate crush points during travel. Inside, the cutting-edge ZLB30 control board is positioned immediately under the upper crown for upright programming, utilizing a full-text multilingual graphic setup menu.

Native Modbus Access Control: The ZLB30 board features an onboard RS485 interface supporting native MODBUS industrial communication protocols. It can interface cleanly with third-party automated ticketing columns, ANPR (Automatic Number Plate Recognition) cameras, or complex building management networks without requiring proprietary digital conversion bridges.

Advanced Speed Control (ASC): Managing boom lengths up to 5 meters introduces massive kinetic leverage. The active force-profiling system utilizes the motor’s internal encoder to analyse real-time wind load and mechanical drag across the chosen span. It adjusts acceleration and deceleration dynamically to enforce smooth end-of-travel slowdown curves, preventing structural stress fractures on the gear teeth.

Dynamic Dual-Range Balancing Setup: Unlike older barrier systems that required installers to swap out internal metal counterweights for different lane configurations, the GT4 uses a smart multi-point hook matrix. The exact same heavy-duty balancing springs can be mechanically repositioned to accurately offset the weight of either a 4.0m or 5.0m aluminium arm.

Integrated Dual-Sided LED Traffic Signalling: The GT4 eliminates the need for protruding, easily broken amber warning lights. The structural cabinet top features a modern, flush-mounted LED crown indicator alongside dual-sided RG (Red/Green) LED safety light lines nested directly within the aerodynamic boom profile to guide drivers clearly.

Fast Intensive Cycle Rates: The 24V DC encoder motor runs exceptionally cool and handles an outstanding intensive duty profile of 160 to 350 cycles per hour continuous performance, lifting the barrier to a full 90° angle in a rapid 2.0 to 6.0 seconds (depending on configured boom length).