Skip to main content

Mt Daraitan

Mt. Daraitan – This hike-worthy mountain is situated in the heart of Sierra Madre in Tanay, Rizal. Mt. Daraitan is very popular in the mountaineering community because aside from its magnificent view it also has a lot to offer including outdoor attraction such as a river, caves, limestone formations, and natural pools.  Mt. Daraitan probably the longest and the hardest hike I’ve ever done by far. Nevertheless, it is also one of the best experience I had since I started mountaineering.
Major jumpoff: Brgy. Daraitan (village center), Tanay
Minor jumpoff: Sitio Cablao Brgy. Pagsangahan, General Nakar
LLA: 14°36′48.5′′N 121°26′19.5′′ E, 739 MASL (+600)
Days required / Hours to summit: 1 day / 2.5-4 hours
Specs: Minor climb, Difficulty 4/9, Trail class 1-3
Features: Tropical forest, limestone formations, river trek
– pinoymountaineer

THE CLIMB

Mt. Daraitan was surprisingly challenging. The trail is a really straightforward assault even from the first part up to the summit. I never thought that this mountain would be more challenging than I expected. It was insanely 80% assault trail and only 20% were flat. Some of our colleagues were only first-timer so they might be surprised by the trail. A soft muddy trail surrounded by an abundant variety of trees welcomed us upon arriving at the jumpoff.

Truth be told, Mt. Daraitan is not one of the toughest mountains to hike. If you’re looking for an adrenaline-pumping, extremely challenging hike, then this might not be for the adventurous type of people. It’s just a minor climb with a difficulty level of four out of nine and a trail class of one to three. And you’ll only spare three to four hours to reach the summit. Nonetheless, it’s still worth the trek, especially for all first-timers out there. You’ll surely enjoy it and have a memorable getaway.
The climb is straightforward 600-meter ascent that might feel steep for some, but there are a lot of holds available and the trail is certainly well-maintained. Most parts were already cemented and there are local guides who will ensure your safety along the way and at the same time act as photographers to capture your best moments in the mountain. Absolutely, your hiking experience will totally be one for the books!

Tips to remember

Mt. Daraitan
Image Credit: John Mark Delos Reyes | flickr.com
  • To avoid a jam-packed trek, go to Mt. Daraitan during weekdays.
  • Bring your own food and share it with your guide. Hydrate well and bring lots of water.
  • Restrooms are charged from 5 PHP to 20 PHP. Pay 20 PHP when using a table in Tinipak River. Carry sufficient cash for these expenses.
  • Pack extra clothes, especially when you’re planning to swim.
  • Essentials: Carry a headlamp or flashlight, so you’re ready when darkness comes and carry your camera as well. Wear hiking shoes or sandals as much as possible. Keep and secure your valuables well.
  • Listen to your guide always.
  • Put sunblock as there is not enough shade in the area.
  • Leave footprints only. Respect and protect the nature and throw your trash properly.
  • Simply have fun!

Trekking the magnificent Mt. Daraitan

Everyone deserves to take a breather at times. It never hurts to unwind and get closer to nature when you’re feeling stressed or exhausted with life. Hiking Mt. Daraitan is a perfect way to de-stress and enjoy even for a short while. It’s also a great activity to bond with your loved ones and spend some quality time together. So, get the best travel deals at Shopback today for a more budget-friendly journey with your family or friends.
Are there any things you can add when climbing Mt. Daraitan? Share them below!


Comments

Post a Comment

Popular posts from this blog

REACTOR FUEL ASSEMBLIES

Both boiling water reactor and pressurized water reactor fuel assemblies consist of the same major components.  These major components are the fuel rods, the spacer grids, and the upper and lower end fittings.  The fuel assembly drawing on page 1-11 shows these major components (pressurized water reactor fuel assembly). The fuel rods contain the ceramic fuel pellets.  The fuel rods are approximately 12 feet long and contain a space at the top for the collection of any gases that are produced by the fission process.  These rods are arranged in a square matrix ranging from 17 x 17 for pressurized water reactors to 8 x 8 for boiling water reactors. The spacer grids separate the individual rods with pieces of sprung metal.  This provides the rigidity of the assemblies and allows the coolant to flow freely up through the assemblies and around the fuel rods. Some spacer grids may have flow mixing vanes that are used to promote mixing of the coolant as it f...
Post a Comment
Read more

The World and Nuclear Fission

Purely as a physical phenomenon nuclear fission offers ample scope for intellectual problem-solving. If it implied nothing further it could be left to those specialists who might find satisfaction in its intellectual challenge; the rest of us could busy ourselves with other more pressing concerns. Unfortunately, nuclear fission  - as everyone knows  - implies much more than abstruse mathematical argument and donnish hairsplitting. Almost from the time it was first recognized, in 1938, nuclear fission has implied not merely articles in learned journals but major decisions of public policy. The social, economic and political context of nuclear fission has been from the beginning an essential factor in its development; in turn, it has exerted an extraordinary range of social, economic and political influence. To foresee with any clarity the shape of the nuclear future, a historical perspective is imperative. It is necessary to know not only how nuclear fission occurs,...
Post a Comment
Read more

HYDROELECTRIC PLANT

In a hydroelectric power plant, water, flowing from a higher level to a lower level, travels through the metal blades of a water turbine, causing the rotor of the electrical generator to spin and produce electricity. In a fossil-fueled power plant, heat, from the burning of coal, oil, or natural gas, converts (boils) water into steam (A), which is piped to the turbine (B).  In the turbine, the steam passes through the blades, which spins the electrical generator (C), resulting in a flow of electricity.  After leaving the turbine, the steam is converted (condensed) back into water in the condenser (D).  The water is then pumped (E) back to the boiler (F) to be reheated and converted back into steam.
Post a Comment
Read more