Ash Dieback Specialists North Wales

Advanced Ash Dieback Requires Specialist Equipment

Ash dieback (also known as Chalara ash dieback) has made many mature ash trees structurally unsound. Current industry best practice is to avoid climbing affected trees wherever possible, using MEWPs or mechanical handling to remove them safely instead.

Why Mechanical Access Matters

For many years, climbing was the standard method of dismantling trees. However, the widespread impact of ash dieback has changed the way many dangerous ash trees are approached.

Industry guidance now places much greater emphasis on assessing whether climbing is appropriate. Where advanced ash dieback has significantly weakened a tree, mechanical access such as a MEWP is often the preferred method, allowing work to be carried out from a secure platform rather than from potentially compromised branches.

By investing in specialist access equipment, we're able to undertake many dangerous ash removals more safely and efficiently while reducing risk to both our team and the public.

MEWP Access

Our 21-metre CELA access platform allows dangerous ash trees to be dismantled from a secure working platform, significantly reducing the need to rely on compromised branches for access.

Crane-Assisted Dismantling

Where large sections need to be removed over property, roads or gardens, our specialist crane truck enables timber to be lifted clear in controlled sections, reducing loading on the remaining tree and improving safety.

Dangerous ash tree affected by ash dieback being dismantled safely using a MEWP in North Wales.
Mature ash tree suffering from advanced ash dieback disease and requiring specialist removal in Anglesey.

Mechanical Handling

Heavy timber is moved using purpose-built machinery, minimising manual handling and allowing sites to be cleared efficiently.

Mechanical removal of a dangerous ash tree using specialist equipment without climbing.

Specialist Risk Assessment

Every ash tree is different.

We assess the extent of decay, surrounding hazards and access constraints before selecting the safest and most appropriate method of work.