Jumps/USA/Massachusetts/Granville Gorge

DEPTH UNCONFIRMED*

Granville Gorge Cliff Diving

Southwick, United States

Jump spotSpot Type

WaterWater Type

20 ftJump Height

See notesWater Depth

See notesLedge Approach

DEPTH UNCONFIRMED*

Alert details for this jump spot

Granville Gorge is a freshwater gorge pool jump spot near Southwick, Massachusetts. The reported height is about 20 ft, but access and landing conditions must be verified on site.

DEPTH UNCONFIRMED: confirm legal access, depth, landing clearance, and a safe exit before treating Granville Gorge as jumpable.

Overview

Jumping at Granville Gorge: At a Glance

Granville Gorge is a small gorge and freshwater pull-off spot in western Massachusetts. Treat this guide as a planning overview, then verify access, water level, landing depth, and exits at the site before considering a jump.

Quick Answer

Granville Gorge is a freshwater gorge pool jump spot near Southwick, Massachusetts. The reported height is about 20 ft, but access and landing conditions must be verified on site.

Key Takeaway

DEPTH UNCONFIRMED: confirm legal access, depth, landing clearance, and a safe exit before treating Granville Gorge as jumpable.

Quick Answer

Granville Gorge is a freshwater gorge pool jump spot near Southwick, Massachusetts. The reported height is about 20 ft, but access and landing conditions must be verified on site.

Key Takeaway

DEPTH UNCONFIRMED: confirm legal access, depth, landing clearance, and a safe exit before treating Granville Gorge as jumpable.

Conditions and planning notes

Important Info for Cliff Diving at Granville Gorge

Water Depth

Small gorge pools can be shallow or blocked by rocks after storms.

Access

Confirm parking, gorge access, and any posted restrictions before leaving the roadside.

Approach

Scout the pull-off, trail, and descent in daylight and avoid wet or unstable banks.

Hazards

Roadside access, variable depth, slippery rock, and limited exits are the main concerns.

Ledge Notes

Short gorge ledges may still be slick, uneven, or undercut.

Safety Notes

Scout with a partner, avoid jumping alone, and leave if roadside access, variable depth, slippery rock, and limited exits are the main concerns.

Loading map

Map location

Granville Gorge

Southwick, United States

42.05087, -72.79246

20 ftWater pending

Quick Facts

RegionUSA

LocationSouthwick area

Nearest AddressSee map

Coordinates42.05087, -72.79246

DirectionsGoogle Maps

Jump TypeJump spot

Water TypeWater

Jump Height20 ft

Water DepthVerify onsite

Ledge ApproachVerify onsite

Best SeasonVaries seasonally

Look Before You Jump

Check current rules and open dates

Verify water depth from the water, not the ledge

Confirm exits and swimming routes

Inspect water clarity and submerged hazards

Read posted signs and respect closures

View all guides

What to know about Cliff jumping at Granville Gorge.

Granville Gorge sits around Southwick, MA, United States, putting this freshwater jump spot in the orbit of Southwick and the broader MA area of United States. Use the saved coordinates and current map view as a starting point, then confirm the exact approach locally because cliff-jumping access can change around parks, private land, roads, shorelines, and water-management areas.

Seasonal conditions matter here, especially after storms, drought, high flow, or unusually low water. Conditions are not static: rain, snowmelt, drought, changing water levels, current, and weekend crowding can all change what looks like the same jump from one visit to the next. Treat saved route notes as background, not as a present-day clearance to jump.

The main assumed risks include cold or changing lake levels, submerged shelves, boat traffic, difficult exits, and limited rescue access. Access should be treated as conditional until signs, land ownership, permits, and local rules are confirmed. Before anyone climbs to a ledge, inspect the landing zone from the water, identify the exit, look for submerged rocks or debris, and be willing to walk away if the depth, footing, legality, or rescue options are uncertain.

FAQs