Future Electronics Introduces a 7.0-Inch Sunlight Readable TFT Display for Two-Wheeler Instrument Clusters
When a display is used on a two-wheeler vehicle, it faces a very different environment from an indoor control panel. Strong sunlight, changing temperatures, vibration, dust, fingerprints and long outdoor exposure can all affect how clearly riders see important information.
That is why Future Electronics has introduced a new 7.0-inch sunlight readable TFT display, model FUT0700SV127Q-ZC-A0, designed for two-wheeler instrument cluster applications and smart mobility display systems.
This display is developed for customers who need more than a standard screen. It combines a practical 7.0-inch size, clear image presentation, high brightness, wide temperature performance, cover glass customization and OEM/ODM marking support.
For two-wheeler cluster projects, the display is not just a visual part. It is the main interface between the vehicle and the rider.
Built for Outdoor Visibility
One of the biggest challenges for two-wheeler instrument clusters is outdoor readability.
A display may look bright indoors, but once it is placed under direct sunlight, the screen can become difficult to read. For riders, this can affect how quickly they check speed, battery status, warning icons, riding mode or navigation information.
The FUT0700SV127Q-ZC-A0 supports 1000 cd/m² typical luminance, helping improve screen visibility in bright outdoor environments. This makes it suitable for two-wheeler clusters, electric scooters, three-wheeler electric vehicles and other outdoor vehicle-mounted display systems.
For vehicle display applications, high brightness is not only about better appearance. It helps make key information easier to read during real use.
Clear 1024 × 600 Display Performance
This 7.0-inch TFT display features a 1024 × RGB × 600 resolution, providing enough detail for modern vehicle HMI design.
A two-wheeler cluster often needs to show multiple types of information on one screen, such as speed, battery level, mileage, signal indicators, riding mode, warning icons, Bluetooth status and navigation interface. A clearer display gives product designers more space to create a professional and user-friendly dashboard layout.
The module uses an RGB 24BIT interface, which is suitable for embedded display systems and vehicle HMI development. For engineers, this helps make the display easier to integrate into the main control system.
Practical Size for Vehicle Integration
The display module has an outline dimension of 179.67(W) × 110.27(H) × 7.4(T) mm. This size provides a good balance between visual area and installation space.
For two-wheeler instrument clusters, the display needs to be large enough for clear information reading, but also compact enough to fit into the dashboard structure. The 7.0-inch format is suitable for smart electric motorcycles, scooters, three-wheeler EVs and other mobility products that need a modern color display interface.
The product can be shown from front view, back view and side view, helping engineers better evaluate its structure, FPC position and installation direction during the design stage.
Wide Temperature Performance for Real Road Conditions
Two-wheeler cluster displays may be used in cold mornings, hot afternoons, outdoor parking conditions and long-term vehicle operation. A display used in this environment must be designed with temperature performance in mind.
This model supports wide temperature performance for outdoor use, helping the display remain stable in both cold and hot environments. For vehicle-mounted applications, this is especially important because the display needs to support daily reliability, not only short-term appearance.
Future Electronics also performs reliability tests such as high temperature operation, low temperature operation, humidity test, thermal shock, vibration, drop test and static electricity test according to the product specification requirements.
AG and AF Cover Glass Options
For vehicle displays, the cover glass is not only used for protection. It also affects readability and user experience.
This display can support AG anti-glare coating and AF anti-fingerprint coating on the cover glass.
AG coating helps reduce reflection, making the display easier to view in bright outdoor environments. AF coating helps resist fingerprints and smudges, keeping the screen surface cleaner during daily use.
For two-wheeler clusters, these surface treatments can improve both the appearance and usability of the final product.
UV-Resistant Cover Glass Printing
Outdoor vehicle displays are often exposed to sunlight for long periods. Over time, ordinary printing on the cover glass may face risks such as yellowing, fading or peeling.
Future Electronics supports UV-resistant ink on the cover glass, helping improve long-term appearance stability under sunlight exposure.
For OEM and ODM customers, this is an important detail. A display should not only work well when the product is new. It should also maintain a stable and professional appearance after long-term outdoor use.
Custom Branding and FPC Marking Support
Every vehicle brand has its own product design, structure and production management requirements. That is why customization is important for two-wheeler cluster display projects.
Future Electronics can support custom logo printing on cover glass, custom model marking, barcode printing and FPC marking customization.
These options help customers improve brand identity, production traceability and internal material management. For mass production projects, clear marking on the display module can also help improve assembly and quality tracking efficiency.
More Than a Display: A Custom Vehicle HMI Solution
The FUT0700SV127Q-ZC-A0 is suitable for a wide range of smart mobility applications, including:
Two-wheeler instrument clusters
Two-wheeler cluster displays
Electric scooter dashboards
Three-wheeler electric vehicle displays
Vehicle HMI systems
Battery status display panels
Navigation display interfaces
Outdoor embedded display systems
For customers developing new vehicle display products, Future Electronics can support display selection, cover glass customization, FPC marking, interface matching and mass production planning.
Supporting OEM/ODM Display Projects
Future Electronics provides LCD and display module solutions for industrial, automotive, medical, smart home, metering and embedded electronic applications.
With experience in LCD display, TFT module, LCM module, touch panel, OLED and LED backlight products, Future Electronics supports customers from sample development to mass production.
For two-wheeler cluster projects, our goal is simple: help customers build a display solution that is clear, reliable, customizable and suitable for real outdoor use.
Conclusion
The new FUT0700SV127Q-ZC-A0 7.0-inch sunlight readable TFT display is designed for two-wheeler instrument cluster and smart mobility applications that require outdoor visibility, stable performance and flexible customization.
With 1024 × RGB × 600 resolution, 1000 cd/m² typical brightness, RGB 24BIT interface, AG/AF cover glass options, UV-resistant printing, custom branding and FPC marking support, this display provides a practical solution for modern vehicle HMI projects.
If you are developing a two-wheeler cluster, electric scooter dashboard or three-wheeler EV display system, Future Electronics can support your project from concept design to mass production.
Post time: Aug-11-2026
