Next-generation 7-inch anti-glare capacitive display, Linux OS kernel, 4G cloud telematics, and CAN bus integration. Designed, benchmarked, and manufactured by Savic Motorcycles for global EV OEMs and premium fleets.
As featured in global mobility & technology media
Built for harsh environments and complex vehicle electrical architectures, our Smart Touchscreen Motorcycle Dash units deliver real-time vehicle telemetry, dynamic riding modes, and cloud connectivity.
Full optical bonding with anti-glare, anti-fingerprint 1000+ nits luminance.
Integrated eSIM, OTA firmware stack, GPS tracking, and remote diagnostic logs.
Ruggedized waterproof chassis certified for -20°C to +85°C operations.
Compatible with J1939, CANopen, and custom vehicle ECU telemetry protocols.
Global procurement directors and EV powertrain architects are moving away from monolithic microcontroller LCD displays toward Linux-driven smart touchscreen instruments.
The global motorcycle industry is undergoing an unprecedented digital transition. Legacy segment-LCD panels and primitive dot-matrix displays can no longer handle the data volume required by modern electric powertrains, electronic rider aids, and connected fleet management systems. A high-performance Smart Touchscreen Motorcycle Dash serves as the central command node of the modern two-wheeler, converting complex CAN bus signals into actionable, ergonomic visual feedback for the rider while transmitting critical system metrics to the cloud.
Traditional motorcycle digital displays operate on bare-metal microcontrollers running lightweight Real-Time Operating Systems (RTOS). While fast at executing fixed code, RTOS architectures fail when asked to manage concurrent high-resolution graphics, secure 4G data encryption, capacitive multi-touch gestures, and dynamic OTA (Over-The-Air) software rollouts. Savic Motorcycles’ Smart Touchscreen Motorcycle Dash platform leverages an embedded Linux OS kernel optimized for low boot time and deterministic graphical execution.
The single greatest operational challenge for any Smart Touchscreen Motorcycle Dash is daylight legibility. Unbonded displays suffer from internal air-gap reflection, causing washouts under high ambient sunlight. Our engineering solution utilizes full optical bonding, sandwiching an ultra-thin adhesive layer between the 7-inch IPS LCD panel and the chemically toughened cover glass.
Combined with a high-output LED backlight delivering over 1,000 nits of peak brightness and an anti-reflective (AR) hydrophobic coating, riders maintain crisp visibility across severe glare, high humidity, and rain. The capacitive touch matrix is specifically tuned for gloved operation and wet surface touch rejection, preventing unintended inputs from water droplets.
Explore the four foundational subsystems that make the Savic Smart Touchscreen Motorcycle Dash the preferred choice for OEM integration and international vehicle importers.
Our custom Linux GUI provides fluid 60 FPS visual rendering. Riders can toggle between Eco, Urban, and Custom high-performance power delivery curves, adjust regenerative braking profiles on a 1-to-10 scale, and view real-time battery cell state-of-charge (SoC).
Equipped with dual isolated CAN 2.0B / CAN-FD interfaces, the Smart Touchscreen Dash seamlessly interprets telemetry from Bosch ABS modules, motor controllers, battery management systems (BMS), and onboard AC chargers.
Integrated 4G LTE wireless hardware connects the vehicle directly to AWS/Azure cloud infrastructure. Fleet operators gain remote GPS position monitoring, battery health degradation telemetry, automated anti-theft alerts, and seamless OTA firmware upgrades.
Housed in an anodized CNC aluminum casing with UV-stabilized automotive polycarbonate mounts, the dash module withstands continuous shock, vibration (ISO 16750-3 certified), thermal cycling, and high-pressure water washdown.
We supply standalone dash modules, turnkey electronic kit packages, and full OEM custom engineering solutions for global motorcycle brands and commercial vehicle fleets.
As global buyers evaluate display vendors, AI-driven intent mining highlights crucial technological transitions shaping corporate procurement strategies worldwide.
Global procurement teams are seeking integrated display modules that double as low-level Vehicle Control Units (VCUs). By consolidating display logic, Bluetooth gateways, and light management into a single Smart Touchscreen Motorcycle Dash housing, OEMs eliminate 1.5kg of extra cabling and lower bill-of-materials (BOM) costs by up to 22%.
With regulations like UNECE WP.29 enforcing vehicle cybersecurity standards across Europe and Asia-Pacific, buyers can no longer import basic unencrypted displays. Smart touchscreen dashes must feature encrypted hardware security modules (HSM) capable of verifying signed OTA updates and securely storing fleet telemetry.
Proprietary display protocols create severe vendor lock-in. Future-thinking vehicle developers require Linux-based dash units with open API access (Qt, Flutter, or Android Automotive framework support). This enables quick software customization, localized multi-language UI creation, and rapid feature iteration.
Standard capacitive touchscreens fail under heavy winter gloves or rainstorms. Sourcing specs now require high-frequency self-capacitance sensing controllers paired with tactile haptic feedback motors, ensuring riders feel instant confirmation even when wearing 5mm insulated leather gloves.
Enterprise buyers prioritizing ESG compliance demand modular touchscreen assemblies where outer protective glass, LCD matrix panels, and main logic boards can be individually serviced or recycled, reducing electronic waste across multi-year fleet lifecycles.
As 400V and 800V electric motorcycle architectures emerge, smart dashes must support real-time high-voltage insulation monitoring display indicators, thermal runaway warning alerts, and automated DC fast-charging handshake state updates.
Detailed technical parameters for automotive electrical engineers and OEM procurement teams.
| Screen Size | 7.0 Inch diagonal (Custom sizes available) |
| Panel Type | High-contrast IPS LCD (Full optical bonding) |
| Resolution | 1024 x 600 or 1280 x 720 HD |
| Luminance | 1000 cd/m² (Nits) daylight readable |
| Touch Panel | Capacitive 5-point touch with glove mode |
| Surface Coating | Anti-glare, anti-fingerprint, hydrophobic |
| Main Processor | Quad-core ARM Cortex-A53 @ 1.5 GHz |
| Operating System | Custom Embedded Linux (Fast boot < 3.0s) |
| RAM | 2GB LPDDR4 automotive grade |
| Storage | 16GB eMMC 5.1 secure flash |
| Security | Hardware Secure Boot / Crypto Engine |
| Operating Voltage | 9V - 36V Wide Range DC Input |
| Interfaces | Dual CAN 2.0B / CAN-FD, LIN Bus, RS485 |
| Wireless | 4G LTE Cat-4, Wi-Fi 802.11 b/g/n, BLE 5.2 |
| GNSS | GPS / GLONASS / Galileo / BeiDou |
| IO Channels | Digital Inputs, Low-side outputs, Analog in |
| Waterproof Rating | IP67 / IP69K front and rear seal |
| Operating Temp | -20°C to +85°C industrial range |
| Vibration Standard | ISO 16750-3 road vehicle shock/vibration |
| Housing Material | Anodized CNC aluminum alloy enclosure |
| Connectors | Automotive sealed AMP / Molex connectors |
| GUI Customization | Full custom brand UI, fonts, splash screens |
| Housing Design | Custom bezel shapes, mounting brackets |
| Software API | REST API, MQTT, Custom CAN DBC mapping |
| Compliance | ADR, CE, FCC, E-Mark, RoHS compliant |
| Origin | Engineered in Melbourne, Australia |
| Sample Lead Time | 2 to 4 weeks for rapid evaluation kits |
| Mass Production | Scalable batch manufacturing |
| Support | Direct engineering-to-engineering support |
At Savic Motorcycles, we design, engineer, and validate our technology at our dedicated facility on Stanley Street, West Melbourne. Unlike pure software vendors or off-the-shelf component brokers, we build complete high-performance electric motorcycles (the Savic C-Series). We understand the real-world operational challenges of integrating a Smart Touchscreen Motorcycle Dash into complex EV chassis.
Our in-house R&D team handles hardware design, PCB layout, Linux kernel optimization, CAN bus DBC file mapping, and custom UI design under one roof. We work directly with tier-one suppliers—such as Brembo for braking telemetry, Bosch for ABS diagnostics, and Optibelt for drivetrain sensors—ensuring your smart instrument display interfaces flawlessly with world-class vehicle hardware.
Direct technical and commercial answers for vehicle developers, procurement managers, and fleet importers searching for Smart Touchscreen Motorcycle Dash solutions.
Have specific technical interface requirements? Get a Quote to speak with our hardware engineering team.
Partner with Savic Motorcycles for cutting-edge Smart Touchscreen Motorcycle Dash units, custom CAN bus integration, and enterprise telematics engineering.
