Today we're taking part in a 1-day Kiritanpo hotpot tour in Hayama! We start off at Morito Beach, where we prepare ourselves, and then we set off for Chojagasaki! ...or so I would like to say, but contrary to the forecast, there was a strong westerly wind... ><
We gave up on Chojagasaki and decided to practice paddling in the bay with some waves and wind. We checked again on the shore in preparation for strong winds. You will receive a thorough lecture from instructor Suzuki.
Let's all set sail safely! Hmm, it's hard to convey how rough the sea is in photos...
We arrived at the beach in front of Morito Shrine. Even though it was a short distance, it felt like we were paddling the same route as the tour lol. The weather was nice and Mt. Fuji was beautiful. In Hayama in winter, Mt. Fuji is often visible. That's another great thing about Hayama. I practiced for a while, going back and forth between Morito Beach and the lighthouse many times.

We took a break in the river. Even though there was wind and waves, it was calm inside! After a good rowing session, we were rumbling. For lunch, we had R's special kiritanpo hotpot and kiritanpo grilled over charcoal! The special miso had a strong yuzu aroma and was delicious.
I could eat it every day 😋

We continued practicing in the afternoon, despite the rough weather! Hmm, it still doesn't convey the same sense of realism. We climbed up the Morito River again. It was the first time I had ever come this far! What you can see ahead is the Union parking lot.
Thank you everyone for joining the Kiritanpo hotpot tour today, and good job! I think it was a great practice session, especially in these conditions. The next time you paddle a kayak, it might feel a lot easier!
The next tour is the last of the year, the annual Enoshima Paddling Tour, scheduled for Sunday, December 19th. It's a rather strenuous tour, about 8km one way. Let's paddle while remembering what we've learned this year as a final tour of the year!
We look forward to seeing you!
<transcy>Sea kayaking blog</transcy> へモデル