Ground condition evaluation
- Soil type and ground stability assessment
- Space evaluation for ground loops
- Horizontal vs vertical loop feasibility
- Geological considerations documented
GSHP surveys with ground-loop feasibility, drilling or trenching constraints, electrical context, and heat-loss inputs your team can actually work from.
One clear report covering ground conditions, loop-space or borehole constraints, plant location, and the site detail needed before design and quoting move on.
Guide pricing is shown online. We confirm scope, lead time, and the final quote before booking.
For confirmed ground source jobs where the main question is whether the site works for trenches, boreholes, and plant position.
For ASHP vs GSHP comparison, see the heat pump survey page before moving into GSHP detail.
If the route is already clear, this is the right next step after postcode and scope confirmation.
A ground source heat pump survey checks whether the site can actually support the loop field, plant position, and access route the design is heading towards. That means ground conditions, available space, practical drilling or trenching limits, and the usual electrical and heat-loss inputs.
The report helps answer the early GSHP checks quickly: is the site realistic, what are the obvious constraints, and what still needs confirming before design moves on?
The exact deliverables depend on scope, but every ground source heat pump survey should show the loop-field constraints, plant decisions, and supporting evidence clearly.
Confirmed ground source heat pump jobs need loop-field, plant, access, and design evidence. If the system route is still open, or the immediate blocker is room-by-room heat loss, the heat pump or heat loss pages are the better starting points.
For GSHP survey route, report detail, and the next cost step. We confirm coverage and lead time before booking if postcode is the first question.
The linked guides help teams move between GSHP, ASHP, and heat-loss work without blurring the survey scope.