This Mayoki cordless lawn edger project required a visual language that could simultaneously communicate two distinct audiences: the spec-driven buyer who wants to understand the technology, and the results-driven buyer who just wants crisp, professional-looking lawn edges. Our gallery covers both with cutaway renders and compelling before-and-after lifestyle work.
Communicating the Brushless Advantage
The edger's high-efficiency brushless motor — delivering 30% higher efficiency than conventional motors and backed by a 5-year warranty — is an internal feature that needs visual proof to resonate. We built a transparent-deck cutaway render that exposes the illuminated copper-wound stator and precision gearing inside the yellow housing:
- Motor cutaway render — glowing internal components with "High-Efficiency Brushless Motor" and "5 Year Warranty" callouts, showing the technology buyers can't otherwise see
- Efficiency comparison panel — side-by-side layout with the headline "Brushless Power: 30% Higher Efficiency" and copy confirming the motor powers through thick, overgrown edges
- 3-level cutting depth diagram — annotated close-up of the depth selector showing all three blade positions with numbered dashed guidelines
- Auto shut-off protection — lifestyle shot of the edger working a driveway border, overlaid with the 14.4V low-voltage smart protection spec
Precision Results: Before and After
No amount of spec copy replaces a side-by-side result shot. We captured a close-ground before image showing overgrown, ragged grass spilling over a concrete path, and an after image of the same edge trimmed to a clean, professional line in golden morning light. Headlined "Precision Results — Create crisp, professional-looking lines that instantly elevate your yard," this single image communicates the entire product value proposition to the buyer who has scrolled past all the specs.
The complete gallery — cutaways, diagrams, lifestyle action shots, and result comparisons — gives the Mayoki edger a professional visual presence that matches its engineering credentials.