Looks incredible, I am jealous. A quick note on wind, re: 26:50. I wouldn't be so quick to dismiss the possibility that wind could move the roof on its own without the turnbuckles. Roofs are big, so wind has a huge area to act on and generate force. It also generates lift, reducing the force needed to get the roof moving. A 30 mph wind perpendicular to a 15 square foot gable would generate about 35 pounds of force. So it's a very good thing you installed the turnbuckles. Even if that kind of wind isn't normal, a bad storm could hit it just right to ruin your day.
Congratulations on your new observatory! It's an achievement that most astronomers never attain, but yours is very nice indeed. I've been director of my Astronomy Club's Observatory on and off for years, and live in a very similar climate to yours, upstate NY, where snow is a given in the winter, and lots of it. I wanted to make a suggestion concerning your exposed roof rails. We tried the heater tape solution, but ice still managed to be a problem. The only way we were able to completely avoid ice and snow build up on the rails was to cover them. One of our members came up with an ingenious design, using an inverted length of aluminum gutter, mounted on a lightweight frame. You simply place the cover over the rails when you are finished observing, and they remain protected from the elements. The rail covers hang on brackets installed on the rear of the building when not in use, including the summer months. Hope this idea will help you.
Nice job Niko. I built myself a mini-observatory last summer (very small - room for one telescope) and did everything myself, by hand. Using it throughout this winter has been absolutely worth the effort I put in. Think I last polar aligned and calibrated PHD2 in September or so. Your own observatory will remove so many of the "chores", like setting up, cables, polar aligning etc etc etc. With a setup like this you can go from realizing it's clear outside to be imaging in just a few minutes. Your build was very inspiring to tear down mine, and build myself a bigger one.
Hi Nico. I'm a building contractor ( and novice astro photographer ) in the Boston area. Just wanted to say, nice work and great job describing the process as you go.
I'm so proud of you Niko, I have 25 years doing construction so even with my experience but limited tools it would be very hard for me to get it done, the way you did it. Congratulations!
Looking good Nico and having that dry area sure makes a difference. I had my trusses together and mounted onto the rollers overnight when high-winds hit the area overnight. Without the topping, the skelleton moved very easy and in fact, I found the whole thing laying in the tree off the rails in the morning. I doubt this would have happened with the plywood and shingles on, too much weight for the lift. Opted with this option as the plywood is about 1.12lbs/sqft vs steel roofing at 1lbs/sqft. The shingles is where the weight plays a factor at aprox 2lbs/sqft. While strapping for the steel roof does add weight, its not as much as the shingles in total. I do like the added strength though with the plywood. That being said, I think you made the right call going steel. It's been a while, and I could be wrong, but I think the screws normally go on the ridges so as to let water fall away. You may have to keep an eye on the rubber seals over time once they begin to harden and crack.
Great Job Nico. I would also suggest adding floor and walls to outside structure to make it a cozy debunking place/studio. Walls will also prevent the roof from the under wind that could lift it up.
Well done, congratulations! Maybe you can add a horizontal double or even triple 2x4 beam and screw it into the observatory's inside sole plate and top plate. Then, get a few 8-inch long construction screws and run them through the 2x10 that is twisted into the horizontal temporary 2x4 beam that you just made. Let it set for a few months and the twist may relieve itself. If it doesn't just leave the beam in place inside the observatory... no one will see it and the outside looks nice and professional.
I've been looking at personal observatories preparing to modify an unused gazebo. After watching your video, I think the gazebo will be leaving now that I've seen two piers inside! Great job of not only design and construction, your video is fantastic. Congrats!
"A metal bender thingy"... I burst out laughing at that!! lol Hey... I don't know for sure what it's called either but I assume it's a sheet metal handbrake or something like that. I'm making a lot of mental notes watching these videos as I hope to do this very thing this spring... building my own shed observatory.
The heat tape is a good idea. I hadn't seen anybody else do it, but it seems like a no brainer in snowy areas. I'd imagine the same stuff people use in their gutters would work nicely.
Man, just binged the series, love the first video you’re digging with crocs and this video or maybe last you’ve moved on to some good looking work boots, awesome work man keep it up
I would suggest attaching your stairs using heavy hinges or some other type of pivot to allow them to move with frost heave without them tearing themselves off the side of the building.
Always enjoy your videos. Maybe you can go on a hike to a 4000 footer with Taylor the Nahamsha hiker and get some high mountain remote observations. Anyway, about that warped beam. I would take the siding off. Scribe a straight line on top of the beam. Use a circle saw to make a first cut. Then, switch to a small chain saw and follow the first cut but at full depth of the beam. It will be rough, but the siding will then fit and look good. Clear skies!
Congrats on your efforts. An observatory is the next level in AP :). That's the same metal roofing I used on my own. The top cap can be ventilated to let go of the summer heat, and they make some screened vents that fit over the profile of the sheeting cross section underneath. Happy observing!
Get a bit of 3/16ths plywood and trace the contour of your roof panels on it. Cut out the contour and then attach the plywood to a telescopic pole. That way you can get the snow off the roof very effectively after a snow storm.
Great Video Niko and congratulations on the new observatory. Well done sir, well done. I also like the name and the sign. Clear skies and thank you for sharing.
Well done Nico. Glad you survived and did not have an accident on that roof in the snow... not sure how long it would have taken for someone to find you, if something went wrong. Scary Mary! Must have taken months of planning before committing yourself. I probably would have knocked up a temporary roof cover, being a bit cautious to take the pressure off.. but then that costs extra I suppose. At the end of the day you got away with it. Your a brave guy doing that all on your own. Top marks looks great :-) enjoy. Btw your videos have helped me out on many occasions with Gimp and Siril and I really appreciate that, thanks.
Nico, this is so inspiring, thanks for documenting your journey! It seems like you learned a ton along the way and probably feel ready to take on other huge projects going forward (after a break to enjoy this one, haha). Great stuff!
That final screw is such a relief. I just finished building my observatory. Now to wait for clear skies to use it! Some nice pixel led strips give some nice light and give option to choose red light when needed.
All your research, planning and hard work paid off. It appears to be a very well built and functional observatory and you should be very proud of your accomplishment and It is going to be an inspiration to others to build their own even if they don't think they have the skills to do it. Well done and clear skies!
Looks so good! So excited to see what photos you can take since you wont have setup and alignment to worry about. I bet you will double your subs when you can just go out and hit start
Fantastic job, Nico! Your videos throughout the project have been both very informative and enjoyable to watch. Thank you for sharing this with all of us.
You are amazing. Not only are you a great astrophotography teacher, but you have made a very useful, dare I say definitive series of videos on constructing an observatory. Your attention to detail and work ethic is inspiring. I also enjoyed meeting you and hearing your talks at Cherry Springs this fall.
It's been amazing watching the build of this. So much that when I buy land, when the last kid is all growed up and move, that I would love to create something similar. Can't wait to start seeing finished works coming from this.
I'm not sure how the bee population is in your area, but you may want to check into carpenter bee nesting ideas around the treeline to lure them away from your observatory. Here in the south, they absolutely love fresh lumber.
Thanks Nico a dream I would love to fulfill. Just need the house first 😂 alas for now I can live vicariously. Very much appreciate you sharing the journey
Congratulations on a job well done! It was very interesting to follow you through the whole process and great that you highlighted some mistakes you made in the ongoing construction. This kind of feedback is so helpful to others who may avoid making those mistakes during their construction process. It all worked out in the end and you have a wonderful observatory for all your future astrophotography sessions. Bravo!
I think the warp in the beam could have happened when you put the three layers together. In the video (at 3:12) the weight of the beam caused a slight curve which would have then been locked in when you fixed the layers together. If the beam had been rolled over so that it was in the same orientation as it would be when installed then the strength of the beam would have avoided the bending.
@@NebulaPhotos Depending on how you secured the beam you may be able to remove the fixings that secure the three layers together and take out the bend. Once the three layers are not secured to each other you should be able to re-secure the ends then re-secure the three layers together. If it is not feasible to do in place then you may have to remove the beam, remove the bend and reinstall. If you glued the layers together then rotating the beam so that the bend goes in the opposite direction may be the best way to get it secured nicely where the siding covers it. Then the 2 by 10s can be used to pull the centre of the beam into line. Over time the beam will relax into the shape you have forced it into.
Looks incredible, I am jealous.
A quick note on wind, re: 26:50. I wouldn't be so quick to dismiss the possibility that wind could move the roof on its own without the turnbuckles. Roofs are big, so wind has a huge area to act on and generate force. It also generates lift, reducing the force needed to get the roof moving. A 30 mph wind perpendicular to a 15 square foot gable would generate about 35 pounds of force.
So it's a very good thing you installed the turnbuckles. Even if that kind of wind isn't normal, a bad storm could hit it just right to ruin your day.
Ah, good to know. Didn't mean to say that with any kind of authority and what you write does make total sense. Glad I put those in!
Congratulations on your new observatory! It's an achievement that most astronomers never attain, but yours is very nice indeed. I've been director of my Astronomy Club's Observatory on and off for years, and live in a very similar climate to yours, upstate NY, where snow is a given in the winter, and lots of it. I wanted to make a suggestion concerning your exposed roof rails. We tried the heater tape solution, but ice still managed to be a problem. The only way we were able to completely avoid ice and snow build up on the rails was to cover them. One of our members came up with an ingenious design, using an inverted length of aluminum gutter, mounted on a lightweight frame. You simply place the cover over the rails when you are finished observing, and they remain protected from the elements. The rail covers hang on brackets installed on the rear of the building when not in use, including the summer months. Hope this idea will help you.
Nico you've done a amazing job.
Nice job Niko. I built myself a mini-observatory last summer (very small - room for one telescope) and did everything myself, by hand. Using it throughout this winter has been absolutely worth the effort I put in. Think I last polar aligned and calibrated PHD2 in September or so.
Your own observatory will remove so many of the "chores", like setting up, cables, polar aligning etc etc etc. With a setup like this you can go from realizing it's clear outside to be imaging in just a few minutes. Your build was very inspiring to tear down mine, and build myself a bigger one.
Ah yes. The bum shuffle is a well known solution to slippery surfaces 😂
Hi Nico. I'm a building contractor ( and novice astro photographer ) in the Boston area. Just wanted to say, nice work and great job describing the process as you go.
I'm so proud of you Niko, I have 25 years doing construction so even with my experience but limited tools it would be very hard for me to get it done, the way you did it. Congratulations!
Looks GREAT. You might try a hand plan on that wrapped beam to get your siding to ling back up.
Looking good Nico and having that dry area sure makes a difference. I had my trusses together and mounted onto the rollers overnight when high-winds hit the area overnight. Without the topping, the skelleton moved very easy and in fact, I found the whole thing laying in the tree off the rails in the morning. I doubt this would have happened with the plywood and shingles on, too much weight for the lift. Opted with this option as the plywood is about 1.12lbs/sqft vs steel roofing at 1lbs/sqft. The shingles is where the weight plays a factor at aprox 2lbs/sqft. While strapping for the steel roof does add weight, its not as much as the shingles in total. I do like the added strength though with the plywood. That being said, I think you made the right call going steel. It's been a while, and I could be wrong, but I think the screws normally go on the ridges so as to let water fall away. You may have to keep an eye on the rubber seals over time once they begin to harden and crack.
Love the name! Paper birch is my favorite tree! New observatory looks fantastic. 👏🏻✨👏🏻
Great job, dreams are coming true. John Prine would be proud!
Great Job Nico. I would also suggest adding floor and walls to outside structure to make it a cozy debunking place/studio. Walls will also prevent the roof from the under wind that could lift it up.
I've been thinking about that. Thanks Lubo!
Congrats sir, Its a big job but you made it look simple.
Awesome! Looking forward to see the first images taked using the observatory!
The little windows are a nice touch. You have made a tiny home for your telescopes!
Not just aesthetic, but functional too. Mold and mildew likes dark spaces. Windows help keep that to a minimum.
Well done on "The Paper Birch Observatory" Now all you need are clear skies
Like the John Prine toque!
Well done, congratulations! Maybe you can add a horizontal double or even triple 2x4 beam and screw it into the observatory's inside sole plate and top plate. Then, get a few 8-inch long construction screws and run them through the 2x10 that is twisted into the horizontal temporary 2x4 beam that you just made. Let it set for a few months and the twist may relieve itself. If it doesn't just leave the beam in place inside the observatory... no one will see it and the outside looks nice and professional.
Nice idea! I like this more than shaving it or trying to take it down to fix. Thanks!
YAY
I've been looking at personal observatories preparing to modify an unused gazebo. After watching your video, I think the gazebo will be leaving now that I've seen two piers inside! Great job of not only design and construction, your video is fantastic. Congrats!
Sending this video to my architect. We’ll have both hurricanes and high snow load. Lots to consider!
👍👍👍Wow, finally! This is amazing news Nico! That plaque is just the cherry on the cake!
"A metal bender thingy"... I burst out laughing at that!! lol Hey... I don't know for sure what it's called either but I assume it's a sheet metal handbrake or something like that. I'm making a lot of mental notes watching these videos as I hope to do this very thing this spring... building my own shed observatory.
What a fantastic job! And you somehow created an engaging documentary single-handed? Amazing!
The heat tape is a good idea. I hadn't seen anybody else do it, but it seems like a no brainer in snowy areas. I'd imagine the same stuff people use in their gutters would work nicely.
Congratulations - this episode of the observatory build literally tied everything together! I'm truly impressed at your DIY skills. Clear Skies.
Wonderful. I may never build an observatory but it’s fun to watch these videos.
Proud of you Nico..🎉🎉🎉🎉
Man, just binged the series, love the first video you’re digging with crocs and this video or maybe last you’ve moved on to some good looking work boots, awesome work man keep it up
Wow! Paper Birch Observatory! Amazing!
I would suggest attaching your stairs using heavy hinges or some other type of pivot to allow them to move with frost heave without them tearing themselves off the side of the building.
Ah, good idea! I'll look into that
Always enjoy your videos. Maybe you can go on a hike to a 4000 footer with Taylor the Nahamsha hiker and get some high mountain remote observations. Anyway, about that warped beam. I would take the siding off. Scribe a straight line on top of the beam. Use a circle saw to make a first cut. Then, switch to a small chain saw and follow the first cut but at full depth of the beam. It will be rough, but the siding will then fit and look good. Clear skies!
Bobby dazzler!!!! 🎉❤
Congratulations! Love the name and the design.
Awesome build!! Love your work Nico!A build is never complete without at least 5 trips to Home Depot or Lowe’s haha, clear skies!
Congrats on your observatory! Amazing that you essentially did it solo!
Congratulations, good job. Reminded me when I was building my gazebo using steel roof panels as well.
Congrats on your efforts. An observatory is the next level in AP :). That's the same metal roofing I used on my own. The top cap can be ventilated to let go of the summer heat, and they make some screened vents that fit over the profile of the sheeting cross section underneath.
Happy observing!
Safety glasss bro! Especially with that nailer. Love your videos 🇨🇦
Get a bit of 3/16ths plywood and trace the contour of your roof panels on it. Cut out the contour and then attach the plywood to a telescopic pole. That way you can get the snow off the roof very effectively after a snow storm.
Very Nice. I would be proud of that Roll Off.
I am so happy for you, that's a really amazing project !
Nice, this is looking great! Congrats, Nico!
Looking great! Can definitely relate to the slippery metal roof work 😂 glad you made it down in one piece.
Ha, thanks Aaron!
Great Video Niko and congratulations on the new observatory. Well done sir, well done. I also like the name and the sign.
Clear skies and thank you for sharing.
Congrats! As a professional builder myself, I’m impressed with your attention to detail. Nice work!
Well done Nico. Glad you survived and did not have an accident on that roof in the snow... not sure how long it would have taken for someone to find you, if something went wrong. Scary Mary! Must have taken months of planning before committing yourself. I probably would have knocked up a temporary roof cover, being a bit cautious to take the pressure off.. but then that costs extra I suppose. At the end of the day you got away with it. Your a brave guy doing that all on your own. Top marks looks great :-) enjoy. Btw your videos have helped me out on many occasions with Gimp and Siril and I really appreciate that, thanks.
Hello.
I enjoyed watching it.
Working in the snow was tough.
It's safe to have a roof.
27:38 nice name, in my language is, Obserwatorium papierowa brzoza. I wish you many clear skies and wonderful observations. Space connects all of us
Wow what a beautiful 'garden'. So much work though to build this. Amazing :)
Congratulations on this magnificient build Nico! All the best from Switzerland and once again thank you for your amazing work
You’ve done amazing work! You also look a bit healthier and more in shape now too haha keep up the good work dude!
Congratulations on the milestone! 🎉
Very excited to see this project complete. Can't wait to see what you achieve in the future!
Great job Nebula Photos. Love your channel and lots of great honest info. Look forward to one day building an observatory too. Greetings from Germany!
I'm very jealous, looking forward to seeing what you can do with it
Great job Nico! Well done. I admire your attention to the details.
Nico, this is so inspiring, thanks for documenting your journey! It seems like you learned a ton along the way and probably feel ready to take on other huge projects going forward (after a break to enjoy this one, haha). Great stuff!
Congrat's ! Very lovely observatory! Awesome. Wish you fantastic nights in.
cheers to the Paper Birch Observatory!
This is amazing Nico! Well done. And seeing the snow was great on a hot summer day down here :-)
Congratulations on a great job so far !
That final screw is such a relief. I just finished building my observatory. Now to wait for clear skies to use it! Some nice pixel led strips give some nice light and give option to choose red light when needed.
All your research, planning and hard work paid off. It appears to be a very well built and functional observatory and you should be very proud of your accomplishment and It is going to be an inspiration to others to build their own even if they don't think they have the skills to do it. Well done and clear skies!
Woot! Bravo Nico!!! So happy for you. A job well done plus the satisfaction of having done it yourself. Fantastic name too. Cheers!
Looks so good! So excited to see what photos you can take since you wont have setup and alignment to worry about. I bet you will double your subs when you can just go out and hit start
Amazing! Great work. Look forward at seeing pictures from the Paper Birch Observatory :)
SO SO professional! Congratulations.
Cant wait to see it!
Nice video nico!
Great build! 👍🏻
Looking forward to the rest of the interior work of your dream! 👍👍
Nico, it is awesome to see how far along your Observatory has come and it looks great! Well done and thanks for taking us through the journey!
Congrats Nico, well done.
Fantastic job, Nico! Your videos throughout the project have been both very informative and enjoyable to watch. Thank you for sharing this with all of us.
Congrats on the Paper Birch Observatory, the name plate looks great! I hope to see lots of videos using your observatory.
Thanks Lee!
You are amazing. Not only are you a great astrophotography teacher, but you have made a very useful, dare I say definitive series of videos on constructing an observatory. Your attention to detail and work ethic is inspiring.
I also enjoyed meeting you and hearing your talks at Cherry Springs this fall.
Awesome! Clear skies my friend.
It's been amazing watching the build of this. So much that when I buy land, when the last kid is all growed up and move, that I would love to create something similar.
Can't wait to start seeing finished works coming from this.
Sweet build
Nico, you are a cool guy!
Love the Obs and the name. Well done.
Great job Nico! I look forward to seeing the fruits of your labor!
I'm not sure how the bee population is in your area, but you may want to check into carpenter bee nesting ideas around the treeline to lure them away from your observatory. Here in the south, they absolutely love fresh lumber.
Excellent video and commentary - thank you - this video is very helpful. I am a subscriber.
I'm so happy for you Nico. This is great!
Most enjoyable journey you're on!!!! Look forward to the Paper Birch Observatory observations to come!!!
Thanks Nico a dream I would love to fulfill. Just need the house first 😂 alas for now I can live vicariously. Very much appreciate you sharing the journey
Congratulations on a job well done! It was very interesting to follow you through the whole process and great that you highlighted some mistakes you made in the ongoing construction. This kind of feedback is so helpful to others who may avoid making those mistakes during their construction process. It all worked out in the end and you have a wonderful observatory for all your future astrophotography sessions. Bravo!
Great progress my man! I am excited for you! Such a milestone!
Superb job, and really impressive for a beginner.
Congrats Nico! Thanks for sharing the journey. Can't wait to build my own some day soon.
Fun video, I tried watching earlier and was getting some futuristic animation sequence… I’m glad you beat the snow!
Love the name and the build! Awesome job!
Another fascinating chapter in this epic story
Great Job Niko!!
What an amazing build Nico, can't wait to see your first images!
WOW !!! That turned out awesome 👍🏽👍🏽. Great job Nico
This is just an awesome build Nico!
I think the warp in the beam could have happened when you put the three layers together. In the video (at 3:12) the weight of the beam caused a slight curve which would have then been locked in when you fixed the layers together. If the beam had been rolled over so that it was in the same orientation as it would be when installed then the strength of the beam would have avoided the bending.
Ah, good catch, could be. Might have just gotten lucky on the other side.
@@NebulaPhotos Depending on how you secured the beam you may be able to remove the fixings that secure the three layers together and take out the bend. Once the three layers are not secured to each other you should be able to re-secure the ends then re-secure the three layers together. If it is not feasible to do in place then you may have to remove the beam, remove the bend and reinstall.
If you glued the layers together then rotating the beam so that the bend goes in the opposite direction may be the best way to get it secured nicely where the siding covers it. Then the 2 by 10s can be used to pull the centre of the beam into line. Over time the beam will relax into the shape you have forced it into.