A rugged device that can take a beating is a tool that can come in handy in a wide range of industries. However, a one-size-fits-all approach rarely meets the unique demands of each job. Customization is key to optimizing the device for the tasks involved in your workflow. Here’s a look at 10 practical ways to customize rugged handheld computers, making them fit different industries and environments.
10 ways to customize rugged handhelds for any industry
1. Custom keypad and shortcut buttons
A tailored keypad layout makes operations more intuitive and efficient. By configuring button layouts and adding programmable shortcuts, rugged handhelds can be adapted to specific tasks or workflows. For example, dedicated scan buttons or quick access to frequently used apps can turn three clicks into one. A big improvement in high-speed industries like logistics and warehousing.
2. High-capacity battery options
For long days in the field, battery life is a priority. Customizing with high-capacity or hot-swappable batteries keeps rugged handhelds powered through multiple shifts without problems. Hot-swappable batteries even allow replacements without shutting the device down, an invaluable feature for critical tasks in remote areas where charging stations might be unavailable.
3. Advanced barcode and RFID integration
Industries such as retail, logistics, and manufacturing rely on accurate asset tracking, and built-in barcode or RFID modules will boost this capability. Whether it’s a 1D/2D barcode scanner or a multi-frequency RFID reader. Integrating these features will reduce errors and accelerate inventory management.
4. Vehicle and quick-access mounting
For teams constantly on the move, secure mounting solutions are essential. Vehicle mounts with custom I/O options, such as Ethernet, RS232, and USB ports, provide reliable connectivity while keeping devices stable in high-vibration environments. Quick-release mounts add safety and convenience by allowing devices to be quickly detached, which is ideal for field operations that require switching between tasks.
5. LAN tethering and private networks
In connectivity-limited areas, rugged handhelds can be configured for LAN tethering or set up with private networks to ensure consistent internet access. This means they will act as mobile routers and allow nearby equipment to share a 4G or 5G connection. In public transportation, for example, tethering enables buses or shuttles to access real-time tracking, data sharing, and communication within a secure network.
6. Wearable and hands-free accessories
Wearable accessories free up users’ hands while keeping devices accessible. Armbands, chest straps, and wrist mounts are ideal for environments where mobility is essential. This customization option is particularly valuable in logistics and construction, allowing workers to access data while focusing on tasks that require both hands. There’s also the reliable option of a pistol grip or complementing the device with a ring scanner.
7. Remote and virtual navigation
Rugged handhelds can be customized for remote navigation and control in industries that operate heavy machinery or industrial vehicles. By adding options for collision avoidance, virtual navigation, or remote machine control, rugged devices support complex tasks with improved safety and accuracy, reducing the need for direct operation in high-risk areas.
8. Enhanced GNSS/GPS positioning with RTK capabilities
Accurate positioning is critical in many fields and upgrading rugged handhelds with GNSS and RTK (Real-Time Kinematic) positioning capabilities provides sub-meter accuracy. This customization enables effective mapping, tracking, and navigation, even in remote or densely forested areas.
9. Color and branding customizations
Standard rugged handhelds come in basic colors, but custom device colors help reinforce brand identity or allow for quick identification in large-scale operations. Color-matched plastics and custom logos are valuable for companies managing large fleets. Custom branding not only adds professionalism but also makes devices easily recognizable in mixed-use environments.
