Doosan Bobcat just made a big statement at CES 2026: the next generation of compact equipment won’t just be smarter, it will be easier to run, easier to service, and more connected than ever. And for technical communicators, this announcement is packed with signals about where our work is headed.

Here’s what stood out, and why it matters to anyone building manuals, service content, training, or support systems.

AI moves onto the machine, not just the cloud

Jobsite Companion

Bobcat introduced Jobsite Companion, described as the first on-machine AI feature for compact construction equipment. Operators can ask questions or speak commands and get real-time help through voice and display interactions. It can also automate 50+ functions and adjust settings based on the environment.

The most important detail for tech comm:

It runs entirely onboard using Bobcat’s proprietary AI model, with no cloud dependency.

That means the machine itself becomes the “manual,” the “trainer,” and the “coach” in one.

Tech comm implications:

• Your content is no longer just something users look up, it becomes something the machine interprets and delivers.
• Information architecture matters more than ever. If the AI is the interface, your structure becomes the experience.
• “Searching the manual” is evolving into “asking the machine.”

Service content is turning into guided repair intelligence

Service.AI

Bobcat also announced Service.AI, a platform aimed at reducing downtime by giving dealers and technicians instant access to:

• repair manuals
• warranty information
• diagnostic guidance
• historical case archives

The promise is “master technician level” step-by-step repair guidance.

Tech comm implications:

• Traditional service manuals are becoming training datasets.
• Diagnostic decision trees are evolving into conversational workflows.
• The line between documentation and support is disappearing.

If your service content is inconsistent, outdated, or written like it was built for paper only, this kind of system will expose the gaps fast.

Safety systems are becoming active, not just advisory

Collision Warning and Avoidance

This prototype system can detect hazards via imaging radar and automatically alert, slow down, or stop the machine before a collision occurs.

Tech comm implications:

• Safety documentation will need to explain “machine decision behavior” clearly.
• Users will need trust-building guidance: what it does, when it acts, when it will not.
• Training content should address operator expectations and misconceptions.

As machines take more control, user trust becomes a documentation problem as much as it is an engineering one.

Displays are no longer “screens,” they are part of the environment

Advanced Display Technology

Bobcat highlighted a transparent MicroLED, touch-enabled display integrated into the cab door or window. It overlays operational data in the operator’s field of view, including:

• 360 camera views
• collision alerts
• jobsite features
• performance data
• asset tracking

Tech comm implications:

• UI text is now documentation.
• Microcopy becomes safety-critical.
• Visual communication and icon clarity become training requirements, not design preferences.

If your team has not built a strong UI terminology standard, it will matter even more in this kind of environment.

Autonomy and modularity will reshape “what is a product”

RogueX3

Bobcat’s autonomous concept machine is modular by design: cab or no cab, wheels or tracks, configurable arms, and potentially multiple power sources.

Tech comm implications:

• The documentation model must support a product that is not one configuration.
• Modular products require modular content, from parts to procedures to safety warnings.
• The “one manual per machine” approach will not scale.

This is where structured authoring and component content really earns its keep.

Electrification is pushing standardization across brands

Bobcat Standard Unit Pack (BSUP)

Bobcat introduced a fast-charging modular battery system designed for jobsite environments, scalable across equipment, and potentially available to other OEMs.

Tech comm implications:

• Standard battery modules could drive standard safety content, handling guidance, and service procedures.
• Cross-OEM compatibility raises new consistency expectations.
• This pushes us toward content that works across product families and brands.

The bigger takeaway for tech comm teams

This CES 2026 announcement is not just about new features. It’s about a shift in how people learn, operate, and service equipment.

Machines are becoming:

• interactive trainers
• conversational manuals
• guided service platforms
• safety co-pilots

And that means the role of technical communication expands beyond “write the instructions” into:

• content designed for AI delivery
• support-ready service knowledge
• embedded UI language standards
• modular documentation systems
• training that builds trust in autonomy

If you’re in tech comm, service documentation, training, or product content strategy, this is one of those moments worth watching closely.

Because the future of equipment is not just smarter machines.

It’s smarter knowledge delivery.

https://www.techcomm.news/