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Lasse Deleuran
Denmark
Registrace 22. 04. 2008
LEGO CZcams Channel by Lasse Deleuran. Consider following for:
- Project Theme Park: Recreating the classic game with LEGO
- LEGO RC models, robotics and programming
- Great Ball Contraption (GBC) "marble" machines
- Miniland Scale cars, such as cars by Lexus, Ferrari, Aston Martin, Toyota, BMW, Chevrolet, and Porsche
Building instructions on brickhub.org and software on c-mt.dk
This channel is completely wholesome with content appropriate for people who are interested in advanced construction techniques, mechanical engineering, programming and recreations of real-life models.
- Project Theme Park: Recreating the classic game with LEGO
- LEGO RC models, robotics and programming
- Great Ball Contraption (GBC) "marble" machines
- Miniland Scale cars, such as cars by Lexus, Ferrari, Aston Martin, Toyota, BMW, Chevrolet, and Porsche
Building instructions on brickhub.org and software on c-mt.dk
This channel is completely wholesome with content appropriate for people who are interested in advanced construction techniques, mechanical engineering, programming and recreations of real-life models.
LEGO Theme Park Roller Coaster - Long Version
This is the original video I wanted to make without jump cuts. As you can see, it is very, very long. I have kept a lot of failures and former outtakes in this version. Enjoy the building process as it started in March 2023 and ended in December 2023.
LEGO Loop Coaster 10303: www.lego.com/en-us/product/loop-coaster-10303
This roller coaster is powered by a Spike Prime hub running Pybricks.
0:00 First loop
2:55 Test 1 FAIL (too low)
3:05 Test 2-4 OK (why not too low now?)
3:25 Increase exit height
3:50 Test 5 FAIL (too low for sure)
3:59 Increase ramp height
4:43 Test 6-7 OK
5:03 Create small track
11:42 Test 8-10 OK (ride of first circuit, 2 cars, 3 cars)
12:09 Test 11-12 FAIL (4 cars)
12:27 Increase sturdiness
14:23 Test 13 OK (increased sturdiness helps with speed)
14:33 Stress test with several trains
14:45 Add loop pass through
15:00 Test 14 OK (cleared pass through)
15:10 Add second train to pass through
14:12 Test 15 OK (cleared second train)
15:21 Update the track to include route to the pass through
17:12 Test 16 OK (include route to pass through)
17:25 Update the track to include route after the pass through
24:13 Test 17 OK (smoke test track with pass through)
24:30 Complete missing support
24:44 Test 18-19 OK (2 cars in train and faster starting speed)
25:06 Increase ramp height
27:44 Test 20-22 OK (single car run)
28:09 Lifter type 1
37:32 Legs to lift the track
38:23 Lift the track
55:15 Chain
56:15 Chain pass throughs
57:19 Studless track connector
57:34 Upgrade lift
1:00:23 Top chain guide idler gear
1:03:01 Spike Prime
1:03:15 Test 23 FAIL (chain too loose)
1:04:08 Test 24 OK
1:04:47 Sensor for train detection and speed control
1:05:23 Test 25 FAIL (lifter chain jams)
1:05:59 Upgrade lifter to reduce risk of chain jamming
1:07:50 Test 26 OK (fix worked... for now)
1:08:17 Second loop
1:10:41 The incident
1:11:01 Construction continues with caution
1:11:38 Loop 1 should be widened
1:12:45 Test 27 FAIL (loop 1 requires more speed)
1:12:52 Increase lift height
1:16:42 Test 28 FAIL (more speed!)
1:17:11 Increase lift height
1:20:05 Test 29-30 FAIL (even more speed!?)
1:21:34 Shorten lower section to clear lift section easier
1:22:38 Test 31 OK (shorter lower section did the job)
1:22:44 Update the track to account for moved pass through
1:26:05 2 wide expansion section
1:27:43 Buffer sections to decrease issue with expansion
1:29:18 Change track to increase exit speed
1:21:13 Upgrade track to include loop 2
1:34:27 Dual lift
1:37:27 Lower track upgrade for second lift
1:45:22 Second lift
1:50:59 Ramp for loop 2
1:51:56 Test 32 FAIL (loop 2 requires more speed)
1:52:01 Increase ramp height
1:52:31 Test 33: OK (ramp height OK)
1:52:40 Track to second ramp
1:57:28 Test 34: OK
1:57:36 Upgrade upper track to be less boring
2:00:16 Test 35: OK
2:00:23 Finish up upper section
2:02:08 Test 36: FAIL (Speed for loop 1. Stop on tall lift)
2:02:29 Stabilize expansion sections
2:02:54 Test 37 FAIL (chain pick up fail)
2:03:46 Change lower speed
2:04:16 Test 38-39 FAIL (loop 1 speed, expansion section)
2:05:16 Upgrade expansion section
2:08:06 Test 40-45 FAIL (chain, speed)
2:09:48 Attempt to increase loop 2 entry speed
2:12:20 Test 46 FAIL (not fast enough)
2:12:31 Stabilize loop 2
2:14:10 Test 47 OK (stabilization worked)
2:14:23 Upgrade supports
2:25:06 Test 48 FAIL (chain jams)
2:26:28 Support upgrade continues
2:29:23 PTO upgrade for lifts. Reduce friction and wobbliness from pillars
2:56:10 Test 49 FAIL (stall on top)
2:56:16 Decrease top gap
2:59:07 Test 50-51 FAIL (speed to loop 1, stall on top)
2:59:36 Continue lift upgrade
3:06:14 Test 52-54 FAIL (4 train chaos)
3:07:19 Increase speed by decreasing head injury
3:08:26 Test 55-57 FAIL (chain snaps)
3:09:16 PTO sturdiness fix
3:14:29 Test 58 FAIL (chain jump and loop speed)
3:14:47 Clutches for PTO alignment
3:15:12 Move sensors to detect trains quicker
3:19:40 Test 59 FAIL (speed)
3:19:58 Attempt to increase speed
3:22:10 Test 60 FAIL (speed)
3:22:27 Attempt the same
3:23:14 Test 61 FAIL (train crash)
3:23:50 Increase lift height
3:25:14 Running out of base plates...
3:26:08 Test 62 OK (good speed)
3:26:21 Continue height increase
3:33:42 Continue pillar upgrade
3:42:00 Expansion section color fix
3:43:36 Green tiled base plate upgrade
3:44:34 Test run at Skærbæk Fan Weekend 2023. Failed even with lighter cars!
3:44:57 Upgraded base with lakes
3:49:06 Upgrade the lifts: Rely only on PTO and make the chain replacement easy
3:51:26 Upgraded track layout: Marked pillars for easy setup
3:54:58 Struts to reduce flex
3:55:46 New high speed lead up to loop 2
3:58:26 Banked curve for higher speed into loop 2
4:01:28 New lower track section
4:04:56 Final construction of Ramp 1 and Loop 1
4:11:28 New spiral flow exit
4:12:34 Entry gate from the video game Theme Park
4:12:54 Lighter trains to reduce up-ramp stutter
4:13:13 Activation from outside. Enjoy the ride!
4:15:21 Bonus footage from Bricking Bavaria 2023 without lakes and markers
LEGO Loop Coaster 10303: www.lego.com/en-us/product/loop-coaster-10303
This roller coaster is powered by a Spike Prime hub running Pybricks.
0:00 First loop
2:55 Test 1 FAIL (too low)
3:05 Test 2-4 OK (why not too low now?)
3:25 Increase exit height
3:50 Test 5 FAIL (too low for sure)
3:59 Increase ramp height
4:43 Test 6-7 OK
5:03 Create small track
11:42 Test 8-10 OK (ride of first circuit, 2 cars, 3 cars)
12:09 Test 11-12 FAIL (4 cars)
12:27 Increase sturdiness
14:23 Test 13 OK (increased sturdiness helps with speed)
14:33 Stress test with several trains
14:45 Add loop pass through
15:00 Test 14 OK (cleared pass through)
15:10 Add second train to pass through
14:12 Test 15 OK (cleared second train)
15:21 Update the track to include route to the pass through
17:12 Test 16 OK (include route to pass through)
17:25 Update the track to include route after the pass through
24:13 Test 17 OK (smoke test track with pass through)
24:30 Complete missing support
24:44 Test 18-19 OK (2 cars in train and faster starting speed)
25:06 Increase ramp height
27:44 Test 20-22 OK (single car run)
28:09 Lifter type 1
37:32 Legs to lift the track
38:23 Lift the track
55:15 Chain
56:15 Chain pass throughs
57:19 Studless track connector
57:34 Upgrade lift
1:00:23 Top chain guide idler gear
1:03:01 Spike Prime
1:03:15 Test 23 FAIL (chain too loose)
1:04:08 Test 24 OK
1:04:47 Sensor for train detection and speed control
1:05:23 Test 25 FAIL (lifter chain jams)
1:05:59 Upgrade lifter to reduce risk of chain jamming
1:07:50 Test 26 OK (fix worked... for now)
1:08:17 Second loop
1:10:41 The incident
1:11:01 Construction continues with caution
1:11:38 Loop 1 should be widened
1:12:45 Test 27 FAIL (loop 1 requires more speed)
1:12:52 Increase lift height
1:16:42 Test 28 FAIL (more speed!)
1:17:11 Increase lift height
1:20:05 Test 29-30 FAIL (even more speed!?)
1:21:34 Shorten lower section to clear lift section easier
1:22:38 Test 31 OK (shorter lower section did the job)
1:22:44 Update the track to account for moved pass through
1:26:05 2 wide expansion section
1:27:43 Buffer sections to decrease issue with expansion
1:29:18 Change track to increase exit speed
1:21:13 Upgrade track to include loop 2
1:34:27 Dual lift
1:37:27 Lower track upgrade for second lift
1:45:22 Second lift
1:50:59 Ramp for loop 2
1:51:56 Test 32 FAIL (loop 2 requires more speed)
1:52:01 Increase ramp height
1:52:31 Test 33: OK (ramp height OK)
1:52:40 Track to second ramp
1:57:28 Test 34: OK
1:57:36 Upgrade upper track to be less boring
2:00:16 Test 35: OK
2:00:23 Finish up upper section
2:02:08 Test 36: FAIL (Speed for loop 1. Stop on tall lift)
2:02:29 Stabilize expansion sections
2:02:54 Test 37 FAIL (chain pick up fail)
2:03:46 Change lower speed
2:04:16 Test 38-39 FAIL (loop 1 speed, expansion section)
2:05:16 Upgrade expansion section
2:08:06 Test 40-45 FAIL (chain, speed)
2:09:48 Attempt to increase loop 2 entry speed
2:12:20 Test 46 FAIL (not fast enough)
2:12:31 Stabilize loop 2
2:14:10 Test 47 OK (stabilization worked)
2:14:23 Upgrade supports
2:25:06 Test 48 FAIL (chain jams)
2:26:28 Support upgrade continues
2:29:23 PTO upgrade for lifts. Reduce friction and wobbliness from pillars
2:56:10 Test 49 FAIL (stall on top)
2:56:16 Decrease top gap
2:59:07 Test 50-51 FAIL (speed to loop 1, stall on top)
2:59:36 Continue lift upgrade
3:06:14 Test 52-54 FAIL (4 train chaos)
3:07:19 Increase speed by decreasing head injury
3:08:26 Test 55-57 FAIL (chain snaps)
3:09:16 PTO sturdiness fix
3:14:29 Test 58 FAIL (chain jump and loop speed)
3:14:47 Clutches for PTO alignment
3:15:12 Move sensors to detect trains quicker
3:19:40 Test 59 FAIL (speed)
3:19:58 Attempt to increase speed
3:22:10 Test 60 FAIL (speed)
3:22:27 Attempt the same
3:23:14 Test 61 FAIL (train crash)
3:23:50 Increase lift height
3:25:14 Running out of base plates...
3:26:08 Test 62 OK (good speed)
3:26:21 Continue height increase
3:33:42 Continue pillar upgrade
3:42:00 Expansion section color fix
3:43:36 Green tiled base plate upgrade
3:44:34 Test run at Skærbæk Fan Weekend 2023. Failed even with lighter cars!
3:44:57 Upgraded base with lakes
3:49:06 Upgrade the lifts: Rely only on PTO and make the chain replacement easy
3:51:26 Upgraded track layout: Marked pillars for easy setup
3:54:58 Struts to reduce flex
3:55:46 New high speed lead up to loop 2
3:58:26 Banked curve for higher speed into loop 2
4:01:28 New lower track section
4:04:56 Final construction of Ramp 1 and Loop 1
4:11:28 New spiral flow exit
4:12:34 Entry gate from the video game Theme Park
4:12:54 Lighter trains to reduce up-ramp stutter
4:13:13 Activation from outside. Enjoy the ride!
4:15:21 Bonus footage from Bricking Bavaria 2023 without lakes and markers
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Hi, quick question. Where do you get those Lego tracks from?
This is super awesome! I love things like this
You did well. Fun to watch. If you buy 2-3 of those then you can widen it and maybe implement monster wheels. I'm trying to build something with other servos/motors and micro controllers. No idea about certain things, but I got a long way. RC tech was too expensive and I just wanted to start on the micro controller part of it. Getting 3 small trucks and a bit more helped a lot.
S end this to lego ideas
Thank you for this informative and helpful tutorial. I was a little disappointed by the mobile ap and lack of versatility. This makes the whole thing a lot easier.
bro is living my childhood dream, amazing work
What did I watch? I’m not sure, did I watch the entire thing? Yes I did.
14:20 What a solve lmao
3:20 This makes it more tricky. This is why h Corp trains are best. Because they are not controlled by machines. They are controlled by people.Instead of machines.
7:39 Too complicated for a simple command.
*puts the tiniest blocks together* CLONK BONK SLAM BUMP CLONK
Great attempt but it physically hurts me to see those circular loopings. But have been so much better with inverted tear drop shapes
great video with the debugging!
I like your videos 😍
Before I watched the video I thought to myself: "Cool, look at the end result." In the end I was hooked on this video for 23 minutes. Awesome!
I think u should take this to all the Lego shows and meets is that’s amazing
Wow amazing amazing build as well I think you should put this to Lego and see if they would build it for the next rollercoaster set that comes out cos I would by it it’s takes the past two rollercoasters sets into one big one
How many pieces do you think were used to make the final roller coaster ?
This guy has too much lego-iq
good
Incredible
Be not you doing it all wrong
Man, we need the first person camera for that ride ! ;) Anyway, it looks like a cool kit, how much do they sell it ? :p
i love the mini medic scene❤❤
Deserves way more likes. Great build!
The stretcher was great but you should really use crash dummies until you're sure about the safety of the design. You need to trademark and sell that design to Cedar Point
I know. I just can't find my old box with minifigs! Human trials will have to continue for a while.
Make the tallest roller kosher out of lego😊
Came upon this while watching another video and let me tell you. I am in awe of this. 😮it literally blew me away watching it. Great work!!
This is a super cool rollercoaster ❤❤
So many G's 🤢❤️
Thats so awesome, but can you make a corscrew to it too?
that’s amazing, didn’t think lego did a rollercoaster track. really want it know 😂
is dis a game?
That shall forever be a closely guarded secret!
how did you create the letters for the name of the rollercoaster?
Long life to u
Amazing!!!!
We will get together sometime this afternoon to get the new job for a few hours later in order and will help me out for some ideas 💡 what is the next day for the day to be able with your help for your next year plan to start a project of your new plan and we are planning for the new house 🏠 next month for your upcoming wedding 💒 will start soon 🔜 thanks 😊 for sharing with you soon 🔜 love 💕 I miss her and hope all of this goes back together for the weekend we have been together with all our families in this country so I will have it done ✅ and will see how much it goes up 🔝 and we can see it and we are so excited 😆 have it in your world 🗺 🎉🎉🎉
It's so beautiful when you do something
so this is how they make roller coasters
it's beautiful 🤩. I always wanted to make something as cool as this with Lego (not nearly as skilled as you)
2 minutes in, and I am already loving this video
재미있어요 오늘 날씨 진짜 너무너무
Amazing. Not only a wonderful coaster, but I love the pace. Some of these LEGO coasters go so fast, you barely see it go through the various elements. Great stuff and bonus AMSR, not to mention, a very Busch Gardens Loch Ness Monster vibe.
What is the purpose of the long axle going down the lift hills? Is it just transferring power to the upper gear so both bottom and top move in sync?
Correct. But I found the sync to fail, so I ended up with only the upper part lifting.
@@LasseDeleuran Thanks for the reply and info. I loved making rides when I was a teen in the early 1980's. I made a Ferris Wheel (small and then double size) and a Scrambler, Paratrooper and a few others. Every year when going to an amusement park I would study the gearing of the rides to get an idea on how to build one. I wanted to build a Spider but the pieces I needed didn't exist back then.
It looks like the front of the upper loop could use a support there.
Correct loops are tear drop shaped.
add a black border 2 the border itll look real nice ( VERY NICE BUILD BTW )
Every 10 year old is punching the air right now, including me
Keep up the good work your engineering skills are top tear
The linked loops was a really good idea, but syncing the lift hill release so that both trains are in the loop is what takes it from good to great.