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Precision Engineering, Minimal Footprint

Our proprietary software enables us to optimize every meter of trail while calculating rider speeds, trajectories, and material volumes in real-time. This means we adapt to the terrain's natural features instead of fighting them — delivering better riding experiences with less environmental disruption.

Environmentally responsible by design: We dig only where the trail will be, using native material exclusively. Vegetation strips are preserved, side slopes are restored with original topsoil, and our hydrological modelling ensures drainage follows natural watershed patterns — routing surface water away from the trail and into stable, natural channels. No imported fill, no unnecessary clearing — just precise earthwork that respects the landscape and satisfies environmental review requirements.

Six phases from concept to operational handover
Drone + LIDAR map composite
1

Site, Terrain & Hydrological Analysis

We start with high‑resolution LIDAR, constraint mapping, and hydrological modelling — analysing soil, water flow, catchment areas, and ecosystem factors — so early decisions are based on real data and not assumptions. Understanding how water moves across the site means trails stay rideable longer and require less repair after storms.

3D trail model screenshot
2

Digital Engineering & Design

Every trail line is designed in a digital 3D model, with speed, flow, jump geometry, and rider experience validated virtually. Design intent matches what gets built — not trial‑and‑error in the field.

Speed/trajectory plot with jump profile
3

Physics Simulation & Safety Validation

We simulate rider dynamics — including speed, trajectories, G‑forces, and landings — to identify risky elements before they exist in the real world. Safety and uptime are engineered, not guessed.

GPS export and volumes table
4

Permitting Documentation

We produce permitting engineering drawings and technical documentation tailored to local regulatory requirements. We coordinate with local authorities, partners, or civil engineers as needed so your project clears permitting checkpoints efficiently.

Dozer/excavator with GNSS mast
5

Build Execution & Supervision

Whether we build with our own experienced crew or coordinate with trusted partners, we ensure onsite execution matches the digital model — including construction guidance for machines and crews, sequencing for earthworks and feature shaping, and real‑time validation against design targets.

Maintenance planning with berm measurement
6

Post‑Build Validation & Handover

After construction, we deliver as‑built documentation, safety assessment reports, and maintenance planning guidance. These deliverables help reduce liability, organize future work, and support operations long after opening.

See Our Process in Action

Watch how we transform terrain data into rideable reality

Our Process Timeline

From site analysis to trail opening: a structured, predictable workflow

Six-step engineering process timeline

We can build sections in any order—seamlessly integrating each phase into the master plan without being locked into a linear schedule.

This Methodology Works.
Visit Ferjanka.

Every feature at Ferjanka follows this exact 6-step process. The result? A proven, profitable, repeatable blueprint for building bike parks that riders love.

Why you should see Ferjanka

You're not just hiring consultants. You're partnering with a team that builds. Ferjanka is living proof that our methodology delivers:

  • Safety that works. Every feature validated before riders touch it.
  • Margins that stick. No surprise rebuilds. Predictable maintenance.
  • Riders who return. From kids to pros — everyone loves it.

Ready to Engineer Your Trails?

Let’s talk through your goals — budget, timeline, rider mix, and risk — and map the process to measurable financial outcomes.

Start Your Project