Kyloe-in-the-Woods

With 53mm over 28 days, repeated rain events through June (including 35mm on June 1–4 alone), and only three consecutive dry days (June 12–14) before today's rain, the rock is almost certainly still holding significant internal moisture despite any surface drying.

The brief dry window of June 12–14 with good westerly winds (29–36 km/h) and moderate temperatures would have begun surface drying on the SW-facing aspect, but this is wholly insufficient to draw out deep moisture from such a prolonged wet spell — and today's rain resets even that limited progress.

Fell Sandstone loses up to 32% compressive strength on average when wet, and the pocket-rich holds at Kyloe are especially vulnerable to grain loosening and breakage under load when internally saturated.

Early June temperatures (13–19°C) and moderate humidity (65–87%) provide reasonable but not exceptional evaporative potential; however, the persistent unsettled pattern with rain every few days prevents meaningful cumulative drying.

The crag has received approximately 52mm of rain since June 1st, with 8.6mm falling today — the rock will be deeply saturated well beyond the critical 1% threshold where significant strength loss begins.

The SW aspect and improved air circulation post-canopy loss are favourable for drying, but with rain still falling today and only trace amounts forecast for the next two days, meaningful drying cannot begin until June 12th at the earliest — at least 48-72 hours of dry weather is needed after this volume of rain.

With prolonged saturation from repeated rain events over 10+ days, the risk of hold breakage on Kyloe's characteristic small iron-oxide pockets is very high; climbing now could cause permanent, irreversible damage to classic problems.

Early June temperatures (13-17°C) and moderate winds are adequate for drying once rain stops, but humidity has been persistently high (75-87%) over the past week, slowing evaporation significantly.

The rock is almost certainly saturated internally after 35mm fell between June 1–4, with no extended dry period since — additional rain on June 6 (0.4mm), June 8 (1.1mm), and today (4.9mm) has kept the stone wet and prevented drying.

Despite SW aspect and partial wind exposure, the only meaningfully dry days since the heavy rain were June 5 and 7, which is wholly insufficient for sandstone that absorbed over 35mm in four days; humidity has averaged 78% over the past week, further slowing evaporation.

With repeated wetting over the past 10 days and no adequate drying window, internal moisture levels are likely high enough to cause 30%+ compressive strength loss, making the iron-oxide-cemented pockets and small holds especially vulnerable to breakage.

Early June temperatures (averaging ~12°C) are moderate but not warm enough to drive rapid drying, especially with persistently high humidity and overcast conditions; freeze-thaw is not a concern at this time of year.

After ~35mm of rain from June 1–4, only brief and incomplete drying on June 5 and 7, plus further rain today, the rock is almost certainly saturated internally well above the critical 1% threshold where significant weakening begins.

The SW aspect and moderate wind (~20–31 km/h) have helped surface evaporation on the two dry days, but average temperatures of only ~13°C and humidity around 79% over the past week are insufficient to dry deeply saturated Fell Sandstone in just 1–2 dry days.

With prolonged saturation from 35mm+ of rain over four days, compressive strength is likely reduced by 30%+ and the iron-oxide-cemented pockets and small holds that define Kyloe's climbing are at serious risk of breakage.

Early June should offer reasonable drying potential, but this particular spell has been unseasonably wet and cool, negating the seasonal advantage — conditions resemble a poor spring week rather than summer.

35.5mm fell in the last 7 days across multiple events (June 1–4), with only one fully dry day since; at the porosity range of Fell Sandstone (6.5–20.7%), the rock will be substantially saturated internally despite any surface drying.

The SW aspect and moderate SW winds (25+ km/h) today are helpful, but with average humidity at 82% over the past week and temperatures only around 13–16°C, effective evaporation has been severely limited — one dry day is far short of the minimum 48–72 hours needed after heavy rain.

With over 35mm of cumulative rain absorbed in the past week, internal moisture levels are likely well above the threshold where 80% of compressive strength loss occurs, making hold breakage on the pocket-rich rock a serious and immediate risk.

Early June conditions are generally favourable for drying, but this particular spell has brought unseasonably cool, humid, and wet weather that negates the seasonal advantage.

Nearly 38mm of rain in the past 7 days — including consecutive heavy days (8.1mm, 11.1mm, 6.6mm, 9.3mm from June 1–4) — means the rock is deeply saturated well beyond the critical 1% threshold where significant strength loss begins.

Only one full dry day (June 5) has elapsed since the last heavy rain, with today bringing further light rain and 85% humidity; the SW aspect and moderate wind have had nowhere near enough time to dry a deeply wetted porous sandstone.

With internal saturation likely at high levels after cumulative heavy rain, climbing risks hold breakage and permanent damage to the iron-oxide cemented pocket holds that define Kyloe's routes.

Early June temperatures (13–16°C) are adequate for drying in principle, but persistent high humidity (81% average over the past week) and ongoing rain negate any seasonal advantage.