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With its wild wings, futuristic curves, and total lack of practicality, the Ferrari Dino 206 Competizione was the quintessential concept car. A radically designed prototype, the Competizione combined typical Ferrari values of charm, charisma, and technically advanced engineering prowess.
The Dino name in the Competizione's title is in reference to Enzo Ferrari's son, Dino. When Ferrari first developed a V6 engine for the 1957 Formula 2 series, he named it Dino. After that, the name of Enzo's son was used to designate six-cylinder and lower-cost Ferraris. The 206 nomenclature used on Ferrari's 1967 prototype indicates that it was built on a 206 S chassis. The 206 S was a capable racing car, with a body that resembled that of the V12-powered 330 P3. Using 206 S chassis #10523 to underpin the Competizione gave the car racer roots that were rarely seen on concept cars. The Dino 206 Competizione distinguished itself as a concept that was not just functional, but built on a thoroughly race-proven chassis.
That proven chassis was endowed with four wheel disc brakes, front and rear independent suspension, and an advanced steel space frame design that gave high strength in a lightweight package. The total weight of the 206 Competizione was just 1,400lbs, making even its small engine more than enough to create an unquestionably fast car.
The Dino V6 used in the Competizione displaced just 2.0-liters, but was able to generate 218bhp. Peak power was reached at redline, which was 9,000rpm. The lower rotational inertial of the small V6 gave an even higher redline than the V12 mounted in the 330 P series. The V6 was constructed of aluminum and mounted amidships within the space frame of the prototype, as it was in the standard 206 S. A 5-speed transaxle directed the engine's power to the rear wheels.
Despite its racing car foundation, the Dino 206 Competizione was not created to compete. As a dedicated concept car, it was created to showcase excellent design and possible styling cues for Ferrari's future. The Competizione had an advanced appearance that flaunted the talents of a young designer named Paolo Martin. Only 23 when he designed the car, the Competizione came very early in Martin's career. He later would admit he felt 'a very strong emotion' as he watched his project unfold into a true supercar.
Paolo Martin was working under Pininfarina when he developed the Competizione's styling, so the car wears Pininfarina 'f' badges. Pininfarina was also responsible for the construction of the prototype's body. Martin's shape was free of hard edges, with abundant curves and a large glass area with a circular cross-section. Viewed from some angles, the odd shape of the car's glass lends the greenhouse a bubble-like appearance. This is particularly evident from the front, where the vast windshield sweeps up and to the sides like a bulbous take on a jetfighter's canopy.
The Competizione had exaggerated mid-engined proportions, with a short, low nose and a long, high tail. The front lighting fit the shape perfectly, with transparent, aerodynamic coverings over clusters of three lights. The light clusters were angled down towards the center of the car's nose. The lighting's covers blended seamlessly with the unusually round curve at the front of the car, and combined with front vents ahead of the large windshield to create a design that looked organic, but not earthly. From the front, the design had a cartoonish look that was exotic and alien, as if the Competizione was designed on a different planet to resemble some distant species.
Distinctive spoilers added to the effect. Though the strange spoilers didn't seem out of place on the car, they almost looked as if they were tacked on as an afterthought. This was not surprising, as Paolo Martin himself admitted that the spoilers 'were added only at the last minute, since the Management thought the design had to be enriched.' The spoilers used black wings attached to the body by metal arms that looked too much like pieces from an Erector Set to match the rest of the design.
All of the vents and air intakes found on the Dino 206 Competizione—and there were plenty—blended gracefully with the smooth curves on which they were placed. They looked like gills, and they enhanced the car's alien image. A single windshield wiper protruded like a tentacle reaching towards the windshield. Gullwing doors with a huge glass area contributed to the otherworldly effect, as did the jarring, bright yellow paint that covered the prototype's aluminum skin.
James Glickenhaus, a wealthy car collector with a special interest in Ferraris, recently became the first private owner of the Dino 206 Competizione. The car had been kept in Pininfarina's museum for over thirty years until a purchase was agreed upon in 2007 and Glickenhaus bought the stunning vehicle. Since Glickenhaus purchased the car, it has been shown with success and driven regularly.
[Text from Conceptcarz.com]
www.conceptcarz.com/vehicle/z17222/Ferrari-Dino-206-Compe...
This Lego miniland-scale Ferrari Dino 206 Competizione (s/n 10523 - Carrozzeria Pininfarina - 1967) has been created for Flickr LUGNuts' 94th Build Challenge, - "Appease the Elves Summer Automobile Build-off (Part 2)", - a design challenge combining the resources of LUGNuts, TheLegoCarBlog (TLCB) and Head Turnerz.
With its wild wings, futuristic curves, and total lack of practicality, the Ferrari Dino 206 Competizione was the quintessential concept car. A radically designed prototype, the Competizione combined typical Ferrari values of charm, charisma, and technically advanced engineering prowess.
The Dino name in the Competizione's title is in reference to Enzo Ferrari's son, Dino. When Ferrari first developed a V6 engine for the 1957 Formula 2 series, he named it Dino. After that, the name of Enzo's son was used to designate six-cylinder and lower-cost Ferraris. The 206 nomenclature used on Ferrari's 1967 prototype indicates that it was built on a 206 S chassis. The 206 S was a capable racing car, with a body that resembled that of the V12-powered 330 P3. Using 206 S chassis #10523 to underpin the Competizione gave the car racer roots that were rarely seen on concept cars. The Dino 206 Competizione distinguished itself as a concept that was not just functional, but built on a thoroughly race-proven chassis.
That proven chassis was endowed with four wheel disc brakes, front and rear independent suspension, and an advanced steel space frame design that gave high strength in a lightweight package. The total weight of the 206 Competizione was just 1,400lbs, making even its small engine more than enough to create an unquestionably fast car.
The Dino V6 used in the Competizione displaced just 2.0-liters, but was able to generate 218bhp. Peak power was reached at redline, which was 9,000rpm. The lower rotational inertial of the small V6 gave an even higher redline than the V12 mounted in the 330 P series. The V6 was constructed of aluminum and mounted amidships within the space frame of the prototype, as it was in the standard 206 S. A 5-speed transaxle directed the engine's power to the rear wheels.
Despite its racing car foundation, the Dino 206 Competizione was not created to compete. As a dedicated concept car, it was created to showcase excellent design and possible styling cues for Ferrari's future. The Competizione had an advanced appearance that flaunted the talents of a young designer named Paolo Martin. Only 23 when he designed the car, the Competizione came very early in Martin's career. He later would admit he felt 'a very strong emotion' as he watched his project unfold into a true supercar.
Paolo Martin was working under Pininfarina when he developed the Competizione's styling, so the car wears Pininfarina 'f' badges. Pininfarina was also responsible for the construction of the prototype's body. Martin's shape was free of hard edges, with abundant curves and a large glass area with a circular cross-section. Viewed from some angles, the odd shape of the car's glass lends the greenhouse a bubble-like appearance. This is particularly evident from the front, where the vast windshield sweeps up and to the sides like a bulbous take on a jetfighter's canopy.
The Competizione had exaggerated mid-engined proportions, with a short, low nose and a long, high tail. The front lighting fit the shape perfectly, with transparent, aerodynamic coverings over clusters of three lights. The light clusters were angled down towards the center of the car's nose. The lighting's covers blended seamlessly with the unusually round curve at the front of the car, and combined with front vents ahead of the large windshield to create a design that looked organic, but not earthly. From the front, the design had a cartoonish look that was exotic and alien, as if the Competizione was designed on a different planet to resemble some distant species.
Distinctive spoilers added to the effect. Though the strange spoilers didn't seem out of place on the car, they almost looked as if they were tacked on as an afterthought. This was not surprising, as Paolo Martin himself admitted that the spoilers 'were added only at the last minute, since the Management thought the design had to be enriched.' The spoilers used black wings attached to the body by metal arms that looked too much like pieces from an Erector Set to match the rest of the design.
All of the vents and air intakes found on the Dino 206 Competizione—and there were plenty—blended gracefully with the smooth curves on which they were placed. They looked like gills, and they enhanced the car's alien image. A single windshield wiper protruded like a tentacle reaching towards the windshield. Gullwing doors with a huge glass area contributed to the otherworldly effect, as did the jarring, bright yellow paint that covered the prototype's aluminum skin.
James Glickenhaus, a wealthy car collector with a special interest in Ferraris, recently became the first private owner of the Dino 206 Competizione. The car had been kept in Pininfarina's museum for over thirty years until a purchase was agreed upon in 2007 and Glickenhaus bought the stunning vehicle. Since Glickenhaus purchased the car, it has been shown with success and driven regularly.
[Text from Conceptcarz.com]
www.conceptcarz.com/vehicle/z17222/Ferrari-Dino-206-Compe...
This Lego miniland-scale Ferrari Dino 206 Competizione (s/n 10523 - Carrozzeria Pininfarina - 1967) has been created for Flickr LUGNuts' 94th Build Challenge, - "Appease the Elves Summer Automobile Build-off (Part 2)", - a design challenge combining the resources of LUGNuts, TheLegoCarBlog (TLCB) and Head Turnerz.
Motorized Lego Volkswagen beetle - Red Baron theme
www.youtube.com/watch?v=dYiU84Vksic, www.mocpages.com/moc.php/384440
It is 37 studs long, 19 studs wide and 12 studs high and weighs 589 g.
Two L motors are coupled and geared 5:1. Power is transmitted, without differential to the rear wheels only.
Servo motor for steering
7.4 V rechargeable battery box (easy accessible for charging)
Working 4 cylinder boxer engine.
Working steering wheel (directly connected to second output of servo motor).
Working serpentine belt part which drives fake fan.
Wheel & Tire: 41896/41897 front and rear.
Doors can be opened.
Front and rear seats can be raised.
Fake fuel tank at the front, with filler cap that can be opened.
Functional glove box.
Custom stickers (inspired by Hot Rod Vince's "Black Baron" www.flickr.com/photos/62798028@N08/12811759213/) and chromed details (wheels, mirrors, exhaust, fuel filler cap).
p.s. it has been bloged:
VIDEO: www.youtube.com/watch?v=iJb54vVIw1s
MOC: www.mocpages.com/moc.php/380997
-It is 50 studs long, 28 studs wide, 17 studs high and weighs 1145g.
-2 L motors are coupled and power is transmitted, trough gearbox, to the rear axle.
-manual gearbox -- 4 gears (5:1, 3:1, 5:3, 1:1).
-lights (front and rear) manually controlled with a lever (behind steering wheel) connected to a speed dial of 8878 battery.
-turn signals (front and rear) connected to a servo motor via coupled PF switches (2 switches) behind driver seat.
-working steering wheel.
-servo motor for steering.
-full independent suspension.
-working V8 fake engine with some details to make it resemble real V8 engine, connected directly to the driving motors so it works at the same speed no matter what gear you choose (in neutral also).
-working radiator fan, connected directly to a V8 engine.
-suicide doors with working door handles.
-working steering wheel.
-rear doors can be opened.
-fake fuel tank.
-Wheel & Tire: 41896/41897 front, 44772/44771. p.s. It has been bloged: thelegocarblog.com/2014/02/25/technic-tuesday/
This is my entry to the Classic Space Pocket Money Contest III hosted by David Roberts and David Alexander Smith
thelegocarblog.com/2015/02/04/back-to-the-future-for-the-...
With its wild wings, futuristic curves, and total lack of practicality, the Ferrari Dino 206 Competizione was the quintessential concept car. A radically designed prototype, the Competizione combined typical Ferrari values of charm, charisma, and technically advanced engineering prowess.
The Dino name in the Competizione's title is in reference to Enzo Ferrari's son, Dino. When Ferrari first developed a V6 engine for the 1957 Formula 2 series, he named it Dino. After that, the name of Enzo's son was used to designate six-cylinder and lower-cost Ferraris. The 206 nomenclature used on Ferrari's 1967 prototype indicates that it was built on a 206 S chassis. The 206 S was a capable racing car, with a body that resembled that of the V12-powered 330 P3. Using 206 S chassis #10523 to underpin the Competizione gave the car racer roots that were rarely seen on concept cars. The Dino 206 Competizione distinguished itself as a concept that was not just functional, but built on a thoroughly race-proven chassis.
That proven chassis was endowed with four wheel disc brakes, front and rear independent suspension, and an advanced steel space frame design that gave high strength in a lightweight package. The total weight of the 206 Competizione was just 1,400lbs, making even its small engine more than enough to create an unquestionably fast car.
The Dino V6 used in the Competizione displaced just 2.0-liters, but was able to generate 218bhp. Peak power was reached at redline, which was 9,000rpm. The lower rotational inertial of the small V6 gave an even higher redline than the V12 mounted in the 330 P series. The V6 was constructed of aluminum and mounted amidships within the space frame of the prototype, as it was in the standard 206 S. A 5-speed transaxle directed the engine's power to the rear wheels.
Despite its racing car foundation, the Dino 206 Competizione was not created to compete. As a dedicated concept car, it was created to showcase excellent design and possible styling cues for Ferrari's future. The Competizione had an advanced appearance that flaunted the talents of a young designer named Paolo Martin. Only 23 when he designed the car, the Competizione came very early in Martin's career. He later would admit he felt 'a very strong emotion' as he watched his project unfold into a true supercar.
Paolo Martin was working under Pininfarina when he developed the Competizione's styling, so the car wears Pininfarina 'f' badges. Pininfarina was also responsible for the construction of the prototype's body. Martin's shape was free of hard edges, with abundant curves and a large glass area with a circular cross-section. Viewed from some angles, the odd shape of the car's glass lends the greenhouse a bubble-like appearance. This is particularly evident from the front, where the vast windshield sweeps up and to the sides like a bulbous take on a jetfighter's canopy.
The Competizione had exaggerated mid-engined proportions, with a short, low nose and a long, high tail. The front lighting fit the shape perfectly, with transparent, aerodynamic coverings over clusters of three lights. The light clusters were angled down towards the center of the car's nose. The lighting's covers blended seamlessly with the unusually round curve at the front of the car, and combined with front vents ahead of the large windshield to create a design that looked organic, but not earthly. From the front, the design had a cartoonish look that was exotic and alien, as if the Competizione was designed on a different planet to resemble some distant species.
Distinctive spoilers added to the effect. Though the strange spoilers didn't seem out of place on the car, they almost looked as if they were tacked on as an afterthought. This was not surprising, as Paolo Martin himself admitted that the spoilers 'were added only at the last minute, since the Management thought the design had to be enriched.' The spoilers used black wings attached to the body by metal arms that looked too much like pieces from an Erector Set to match the rest of the design.
All of the vents and air intakes found on the Dino 206 Competizione—and there were plenty—blended gracefully with the smooth curves on which they were placed. They looked like gills, and they enhanced the car's alien image. A single windshield wiper protruded like a tentacle reaching towards the windshield. Gullwing doors with a huge glass area contributed to the otherworldly effect, as did the jarring, bright yellow paint that covered the prototype's aluminum skin.
James Glickenhaus, a wealthy car collector with a special interest in Ferraris, recently became the first private owner of the Dino 206 Competizione. The car had been kept in Pininfarina's museum for over thirty years until a purchase was agreed upon in 2007 and Glickenhaus bought the stunning vehicle. Since Glickenhaus purchased the car, it has been shown with success and driven regularly.
[Text from Conceptcarz.com]
www.conceptcarz.com/vehicle/z17222/Ferrari-Dino-206-Compe...
This Lego miniland-scale Ferrari Dino 206 Competizione (s/n 10523 - Carrozzeria Pininfarina - 1967) has been created for Flickr LUGNuts' 94th Build Challenge, - "Appease the Elves Summer Automobile Build-off (Part 2)", - a design challenge combining the resources of LUGNuts, TheLegoCarBlog (TLCB) and Head Turnerz.
With its wild wings, futuristic curves, and total lack of practicality, the Ferrari Dino 206 Competizione was the quintessential concept car. A radically designed prototype, the Competizione combined typical Ferrari values of charm, charisma, and technically advanced engineering prowess.
The Dino name in the Competizione's title is in reference to Enzo Ferrari's son, Dino. When Ferrari first developed a V6 engine for the 1957 Formula 2 series, he named it Dino. After that, the name of Enzo's son was used to designate six-cylinder and lower-cost Ferraris. The 206 nomenclature used on Ferrari's 1967 prototype indicates that it was built on a 206 S chassis. The 206 S was a capable racing car, with a body that resembled that of the V12-powered 330 P3. Using 206 S chassis #10523 to underpin the Competizione gave the car racer roots that were rarely seen on concept cars. The Dino 206 Competizione distinguished itself as a concept that was not just functional, but built on a thoroughly race-proven chassis.
That proven chassis was endowed with four wheel disc brakes, front and rear independent suspension, and an advanced steel space frame design that gave high strength in a lightweight package. The total weight of the 206 Competizione was just 1,400lbs, making even its small engine more than enough to create an unquestionably fast car.
The Dino V6 used in the Competizione displaced just 2.0-liters, but was able to generate 218bhp. Peak power was reached at redline, which was 9,000rpm. The lower rotational inertial of the small V6 gave an even higher redline than the V12 mounted in the 330 P series. The V6 was constructed of aluminum and mounted amidships within the space frame of the prototype, as it was in the standard 206 S. A 5-speed transaxle directed the engine's power to the rear wheels.
Despite its racing car foundation, the Dino 206 Competizione was not created to compete. As a dedicated concept car, it was created to showcase excellent design and possible styling cues for Ferrari's future. The Competizione had an advanced appearance that flaunted the talents of a young designer named Paolo Martin. Only 23 when he designed the car, the Competizione came very early in Martin's career. He later would admit he felt 'a very strong emotion' as he watched his project unfold into a true supercar.
Paolo Martin was working under Pininfarina when he developed the Competizione's styling, so the car wears Pininfarina 'f' badges. Pininfarina was also responsible for the construction of the prototype's body. Martin's shape was free of hard edges, with abundant curves and a large glass area with a circular cross-section. Viewed from some angles, the odd shape of the car's glass lends the greenhouse a bubble-like appearance. This is particularly evident from the front, where the vast windshield sweeps up and to the sides like a bulbous take on a jetfighter's canopy.
The Competizione had exaggerated mid-engined proportions, with a short, low nose and a long, high tail. The front lighting fit the shape perfectly, with transparent, aerodynamic coverings over clusters of three lights. The light clusters were angled down towards the center of the car's nose. The lighting's covers blended seamlessly with the unusually round curve at the front of the car, and combined with front vents ahead of the large windshield to create a design that looked organic, but not earthly. From the front, the design had a cartoonish look that was exotic and alien, as if the Competizione was designed on a different planet to resemble some distant species.
Distinctive spoilers added to the effect. Though the strange spoilers didn't seem out of place on the car, they almost looked as if they were tacked on as an afterthought. This was not surprising, as Paolo Martin himself admitted that the spoilers 'were added only at the last minute, since the Management thought the design had to be enriched.' The spoilers used black wings attached to the body by metal arms that looked too much like pieces from an Erector Set to match the rest of the design.
All of the vents and air intakes found on the Dino 206 Competizione—and there were plenty—blended gracefully with the smooth curves on which they were placed. They looked like gills, and they enhanced the car's alien image. A single windshield wiper protruded like a tentacle reaching towards the windshield. Gullwing doors with a huge glass area contributed to the otherworldly effect, as did the jarring, bright yellow paint that covered the prototype's aluminum skin.
James Glickenhaus, a wealthy car collector with a special interest in Ferraris, recently became the first private owner of the Dino 206 Competizione. The car had been kept in Pininfarina's museum for over thirty years until a purchase was agreed upon in 2007 and Glickenhaus bought the stunning vehicle. Since Glickenhaus purchased the car, it has been shown with success and driven regularly.
[Text from Conceptcarz.com]
www.conceptcarz.com/vehicle/z17222/Ferrari-Dino-206-Compe...
This Lego miniland-scale Ferrari Dino 206 Competizione (s/n 10523 - Carrozzeria Pininfarina - 1967) has been created for Flickr LUGNuts' 94th Build Challenge, - "Appease the Elves Summer Automobile Build-off (Part 2)", - a design challenge combining the resources of LUGNuts, TheLegoCarBlog (TLCB) and Head Turnerz.
VIDEO: www.youtube.com/watch?v=iJb54vVIw1s
MOC: www.mocpages.com/moc.php/380997
-It is 50 studs long, 28 studs wide, 17 studs high and weighs 1145g.
-2 L motors are coupled and power is transmitted, trough gearbox, to the rear axle.
-manual gearbox -- 4 gears (5:1, 3:1, 5:3, 1:1).
-lights (front and rear) manually controlled with a lever (behind steering wheel) connected to a speed dial of 8878 battery.
-turn signals (front and rear) connected to a servo motor via coupled PF switches (2 switches) behind driver seat.
-working steering wheel.
-servo motor for steering.
-full independent suspension.
-working V8 fake engine with some details to make it resemble real V8 engine, connected directly to the driving motors so it works at the same speed no matter what gear you choose (in neutral also).
-working radiator fan, connected directly to a V8 engine.
-suicide doors with working door handles.
-working steering wheel.
-rear doors can be opened.
-fake fuel tank.
-Wheel & Tire: 41896/41897 front, 44772/44771. p.s. It has been bloged: thelegocarblog.com/2014/02/25/technic-tuesday/
With its wild wings, futuristic curves, and total lack of practicality, the Ferrari Dino 206 Competizione was the quintessential concept car. A radically designed prototype, the Competizione combined typical Ferrari values of charm, charisma, and technically advanced engineering prowess.
The Dino name in the Competizione's title is in reference to Enzo Ferrari's son, Dino. When Ferrari first developed a V6 engine for the 1957 Formula 2 series, he named it Dino. After that, the name of Enzo's son was used to designate six-cylinder and lower-cost Ferraris. The 206 nomenclature used on Ferrari's 1967 prototype indicates that it was built on a 206 S chassis. The 206 S was a capable racing car, with a body that resembled that of the V12-powered 330 P3. Using 206 S chassis #10523 to underpin the Competizione gave the car racer roots that were rarely seen on concept cars. The Dino 206 Competizione distinguished itself as a concept that was not just functional, but built on a thoroughly race-proven chassis.
That proven chassis was endowed with four wheel disc brakes, front and rear independent suspension, and an advanced steel space frame design that gave high strength in a lightweight package. The total weight of the 206 Competizione was just 1,400lbs, making even its small engine more than enough to create an unquestionably fast car.
The Dino V6 used in the Competizione displaced just 2.0-liters, but was able to generate 218bhp. Peak power was reached at redline, which was 9,000rpm. The lower rotational inertial of the small V6 gave an even higher redline than the V12 mounted in the 330 P series. The V6 was constructed of aluminum and mounted amidships within the space frame of the prototype, as it was in the standard 206 S. A 5-speed transaxle directed the engine's power to the rear wheels.
Despite its racing car foundation, the Dino 206 Competizione was not created to compete. As a dedicated concept car, it was created to showcase excellent design and possible styling cues for Ferrari's future. The Competizione had an advanced appearance that flaunted the talents of a young designer named Paolo Martin. Only 23 when he designed the car, the Competizione came very early in Martin's career. He later would admit he felt 'a very strong emotion' as he watched his project unfold into a true supercar.
Paolo Martin was working under Pininfarina when he developed the Competizione's styling, so the car wears Pininfarina 'f' badges. Pininfarina was also responsible for the construction of the prototype's body. Martin's shape was free of hard edges, with abundant curves and a large glass area with a circular cross-section. Viewed from some angles, the odd shape of the car's glass lends the greenhouse a bubble-like appearance. This is particularly evident from the front, where the vast windshield sweeps up and to the sides like a bulbous take on a jetfighter's canopy.
The Competizione had exaggerated mid-engined proportions, with a short, low nose and a long, high tail. The front lighting fit the shape perfectly, with transparent, aerodynamic coverings over clusters of three lights. The light clusters were angled down towards the center of the car's nose. The lighting's covers blended seamlessly with the unusually round curve at the front of the car, and combined with front vents ahead of the large windshield to create a design that looked organic, but not earthly. From the front, the design had a cartoonish look that was exotic and alien, as if the Competizione was designed on a different planet to resemble some distant species.
Distinctive spoilers added to the effect. Though the strange spoilers didn't seem out of place on the car, they almost looked as if they were tacked on as an afterthought. This was not surprising, as Paolo Martin himself admitted that the spoilers 'were added only at the last minute, since the Management thought the design had to be enriched.' The spoilers used black wings attached to the body by metal arms that looked too much like pieces from an Erector Set to match the rest of the design.
All of the vents and air intakes found on the Dino 206 Competizione—and there were plenty—blended gracefully with the smooth curves on which they were placed. They looked like gills, and they enhanced the car's alien image. A single windshield wiper protruded like a tentacle reaching towards the windshield. Gullwing doors with a huge glass area contributed to the otherworldly effect, as did the jarring, bright yellow paint that covered the prototype's aluminum skin.
James Glickenhaus, a wealthy car collector with a special interest in Ferraris, recently became the first private owner of the Dino 206 Competizione. The car had been kept in Pininfarina's museum for over thirty years until a purchase was agreed upon in 2007 and Glickenhaus bought the stunning vehicle. Since Glickenhaus purchased the car, it has been shown with success and driven regularly.
[Text from Conceptcarz.com]
www.conceptcarz.com/vehicle/z17222/Ferrari-Dino-206-Compe...
This Lego miniland-scale Ferrari Dino 206 Competizione (s/n 10523 - Carrozzeria Pininfarina - 1967) has been created for Flickr LUGNuts' 94th Build Challenge, - "Appease the Elves Summer Automobile Build-off (Part 2)", - a design challenge combining the resources of LUGNuts, TheLegoCarBlog (TLCB) and Head Turnerz.
Cool little article about my M:Tron fleet over on Lego Car Blog.
You can find the blog here: thelegocarblog.com/2024/02/05/cyber-monday-2/
Motorized Lego Volkswagen beetle - Red Baron theme
www.youtube.com/watch?v=dYiU84Vksic, www.mocpages.com/moc.php/384440
It is 37 studs long, 19 studs wide and 12 studs high and weighs 589 g.
Two L motors are coupled and geared 5:1. Power is transmitted, without differential to the rear wheels only.
Servo motor for steering
7.4 V rechargeable battery box (easy accessible for charging)
Working 4 cylinder boxer engine.
Working steering wheel (directly connected to second output of servo motor).
Working serpentine belt part which drives fake fan.
Wheel & Tire: 41896/41897 front and rear.
Doors can be opened.
Front and rear seats can be raised.
Fake fuel tank at the front, with filler cap that can be opened.
Functional glove box.
Custom stickers (inspired by Hot Rod Vince's "Black Baron" www.flickr.com/photos/62798028@N08/12811759213/) and chromed details (wheels, mirrors, exhaust, fuel filler cap).
p.s. it has been bloged:
Motorized Lego Volkswagen beetle - Red Baron theme
www.youtube.com/watch?v=dYiU84Vksic, www.mocpages.com/moc.php/384440
It is 37 studs long, 19 studs wide and 12 studs high and weighs 589 g.
Two L motors are coupled and geared 5:1. Power is transmitted, without differential to the rear wheels only.
Servo motor for steering
7.4 V rechargeable battery box (easy accessible for charging)
Working 4 cylinder boxer engine.
Working steering wheel (directly connected to second output of servo motor).
Working serpentine belt part which drives fake fan.
Wheel & Tire: 41896/41897 front and rear.
Doors can be opened.
Front and rear seats can be raised.
Fake fuel tank at the front, with filler cap that can be opened.
Functional glove box.
Custom stickers (inspired by Hot Rod Vince's "Black Baron" www.flickr.com/photos/62798028@N08/12811759213/) and chromed details (wheels, mirrors, exhaust, fuel filler cap).
p.s. it has been bloged:
VIDEO: www.youtube.com/watch?v=iJb54vVIw1s
MOC: www.mocpages.com/moc.php/380997
-It is 50 studs long, 28 studs wide, 17 studs high and weighs 1145g.
-2 L motors are coupled and power is transmitted, trough gearbox, to the rear axle.
-manual gearbox -- 4 gears (5:1, 3:1, 5:3, 1:1).
-lights (front and rear) manually controlled with a lever (behind steering wheel) connected to a speed dial of 8878 battery.
-turn signals (front and rear) connected to a servo motor via coupled PF switches (2 switches) behind driver seat.
-working steering wheel.
-servo motor for steering.
-full independent suspension.
-working V8 fake engine with some details to make it resemble real V8 engine, connected directly to the driving motors so it works at the same speed no matter what gear you choose (in neutral also).
-working radiator fan, connected directly to a V8 engine.
-suicide doors with working door handles.
-working steering wheel.
-rear doors can be opened.
-fake fuel tank.
-Wheel & Tire: 41896/41897 front, 44772/44771. p.s. It has been bloged: thelegocarblog.com/2014/02/25/technic-tuesday/
VIDEO: www.youtube.com/watch?v=iJb54vVIw1s
MOC: www.mocpages.com/moc.php/380997
-It is 50 studs long, 28 studs wide, 17 studs high and weighs 1145g.
-2 L motors are coupled and power is transmitted, trough gearbox, to the rear axle.
-manual gearbox -- 4 gears (5:1, 3:1, 5:3, 1:1).
-lights (front and rear) manually controlled with a lever (behind steering wheel) connected to a speed dial of 8878 battery.
-turn signals (front and rear) connected to a servo motor via coupled PF switches (2 switches) behind driver seat.
-working steering wheel.
-servo motor for steering.
-full independent suspension.
-working V8 fake engine with some details to make it resemble real V8 engine, connected directly to the driving motors so it works at the same speed no matter what gear you choose (in neutral also).
-working radiator fan, connected directly to a V8 engine.
-suicide doors with working door handles.
-working steering wheel.
-rear doors can be opened.
-fake fuel tank.
-Wheel & Tire: 41896/41897 front, 44772/44771. p.s. It has been bloged: thelegocarblog.com/2014/02/25/technic-tuesday/
VIDEO: www.youtube.com/watch?v=iJb54vVIw1s
MOC: www.mocpages.com/moc.php/380997
-It is 50 studs long, 28 studs wide, 17 studs high and weighs 1145g.
-2 L motors are coupled and power is transmitted, trough gearbox, to the rear axle.
-manual gearbox -- 4 gears (5:1, 3:1, 5:3, 1:1).
-lights (front and rear) manually controlled with a lever (behind steering wheel) connected to a speed dial of 8878 battery.
-turn signals (front and rear) connected to a servo motor via coupled PF switches (2 switches) behind driver seat.
-working steering wheel.
-servo motor for steering.
-full independent suspension.
-working V8 fake engine with some details to make it resemble real V8 engine, connected directly to the driving motors so it works at the same speed no matter what gear you choose (in neutral also).
-working radiator fan, connected directly to a V8 engine.
-suicide doors with working door handles.
-working steering wheel.
-rear doors can be opened.
-fake fuel tank.
-Wheel & Tire: 41896/41897 front, 44772/44771. p.s. It has been bloged: thelegocarblog.com/2014/02/25/technic-tuesday/
VIDEO: www.youtube.com/watch?v=iJb54vVIw1s
MOC: www.mocpages.com/moc.php/380997
-It is 50 studs long, 28 studs wide, 17 studs high and weighs 1145g.
-2 L motors are coupled and power is transmitted, trough gearbox, to the rear axle.
-manual gearbox -- 4 gears (5:1, 3:1, 5:3, 1:1).
-lights (front and rear) manually controlled with a lever (behind steering wheel) connected to a speed dial of 8878 battery.
-turn signals (front and rear) connected to a servo motor via coupled PF switches (2 switches) behind driver seat.
-working steering wheel.
-servo motor for steering.
-full independent suspension.
-working V8 fake engine with some details to make it resemble real V8 engine, connected directly to the driving motors so it works at the same speed no matter what gear you choose (in neutral also).
-working radiator fan, connected directly to a V8 engine.
-suicide doors with working door handles.
-working steering wheel.
-rear doors can be opened.
-fake fuel tank.
-Wheel & Tire: 41896/41897 front, 44772/44771. p.s. It has been bloged: thelegocarblog.com/2014/02/25/technic-tuesday/
VIDEO: www.youtube.com/watch?v=iJb54vVIw1s
MOC: www.mocpages.com/moc.php/380997
-It is 50 studs long, 28 studs wide, 17 studs high and weighs 1145g.
-2 L motors are coupled and power is transmitted, trough gearbox, to the rear axle.
-manual gearbox -- 4 gears (5:1, 3:1, 5:3, 1:1).
-lights (front and rear) manually controlled with a lever (behind steering wheel) connected to a speed dial of 8878 battery.
-turn signals (front and rear) connected to a servo motor via coupled PF switches (2 switches) behind driver seat.
-working steering wheel.
-servo motor for steering.
-full independent suspension.
-working V8 fake engine with some details to make it resemble real V8 engine, connected directly to the driving motors so it works at the same speed no matter what gear you choose (in neutral also).
-working radiator fan, connected directly to a V8 engine.
-suicide doors with working door handles.
-working steering wheel.
-rear doors can be opened.
-fake fuel tank.
-Wheel & Tire: 41896/41897 front, 44772/44771. p.s. It has been bloged: thelegocarblog.com/2014/02/25/technic-tuesday/
VIDEO: www.youtube.com/watch?v=iJb54vVIw1s
MOC: www.mocpages.com/moc.php/380997
-It is 50 studs long, 28 studs wide, 17 studs high and weighs 1145g.
-2 L motors are coupled and power is transmitted, trough gearbox, to the rear axle.
-manual gearbox -- 4 gears (5:1, 3:1, 5:3, 1:1).
-lights (front and rear) manually controlled with a lever (behind steering wheel) connected to a speed dial of 8878 battery.
-turn signals (front and rear) connected to a servo motor via coupled PF switches (2 switches) behind driver seat.
-working steering wheel.
-servo motor for steering.
-full independent suspension.
-working V8 fake engine with some details to make it resemble real V8 engine, connected directly to the driving motors so it works at the same speed no matter what gear you choose (in neutral also).
-working radiator fan, connected directly to a V8 engine.
-suicide doors with working door handles.
-working steering wheel.
-rear doors can be opened.
-fake fuel tank.
-Wheel & Tire: 41896/41897 front, 44772/44771. p.s. It has been bloged: thelegocarblog.com/2014/02/25/technic-tuesday/
VIDEO: www.youtube.com/watch?v=iJb54vVIw1s
MOC: www.mocpages.com/moc.php/380997
-It is 50 studs long, 28 studs wide, 17 studs high and weighs 1145g.
-2 L motors are coupled and power is transmitted, trough gearbox, to the rear axle.
-manual gearbox -- 4 gears (5:1, 3:1, 5:3, 1:1).
-lights (front and rear) manually controlled with a lever (behind steering wheel) connected to a speed dial of 8878 battery.
-turn signals (front and rear) connected to a servo motor via coupled PF switches (2 switches) behind driver seat.
-working steering wheel.
-servo motor for steering.
-full independent suspension.
-working V8 fake engine with some details to make it resemble real V8 engine, connected directly to the driving motors so it works at the same speed no matter what gear you choose (in neutral also).
-working radiator fan, connected directly to a V8 engine.
-suicide doors with working door handles.
-working steering wheel.
-rear doors can be opened.
-fake fuel tank.
-Wheel & Tire: 41896/41897 front, 44772/44771. p.s. It has been bloged: thelegocarblog.com/2014/02/25/technic-tuesday/
My entry for the Festival of Mundanity, hosted by BrickNerd and The Lego Car Blog.
I made the chevy suburban from halo or chevy tahoe or silvarado...... I don`t know what to call it it any more
Very cool blog about my Blacktron Fleet over on Lego Car Blog (who sometimes, it seems, write about stuff that isn't a car).
You can find the blog here and their site is pretty great for all things cars and more... but mostly cars. As the site name would imply:
Here's my entry for the Festival of Mundanity, vehicle category.
Scroll to see more photos!
The Piaggio Ape is a three-wheeled light commercial vehicle, manufactured and marketed by Piaggio as an adaption of the company's Vespa scooter — in continuous production since its 1948 introduction and offered in numerous body configurations, serving a range of utilitarian functions.
Video tutorial here:
#FestivalofMundanity
#Bricknerd
#TheLEGOCarBlog
This is my entry to the Classic Space Pocket Money Contest III hosted by David Roberts and David Alexander Smith
thelegocarblog.com/2015/02/04/back-to-the-future-for-the-...
Is there any more mundane vehicle than the one we don't consider a vehicle at all?
This is EV3 powered, 3 story elevator section with automatic doors, call buttons and EV3 brick serving as a counterweight
The most complex and time intensive model I've ever built, a LEGO replica of the Zenvo TSR-S.
It features opening doors, a removeable engine cover as well as a tilting wing, just like the real thing.
Thanks for looking!
The most complex and time intensive model I've ever built, a LEGO replica of the Zenvo TSR-S.
It features opening doors, a removeable engine cover as well as a tilting wing, just like the real thing.
Thanks for looking!
The most complex and time intensive model I've ever built, a LEGO replica of the Zenvo TSR-S.
It features opening doors, a removeable engine cover as well as a tilting wing, just like the real thing.
Thanks for looking!
The most complex and time intensive model I've ever built, a LEGO replica of the Zenvo TSR-S.
It features opening doors, a removeable engine cover as well as a tilting wing, just like the real thing.
Thanks for looking!
The most complex and time intensive model I've ever built, a LEGO replica of the Zenvo TSR-S.
It features opening doors, a removeable engine cover as well as a tilting wing, just like the real thing.
Thanks for looking!
The most complex and time intensive model I've ever built, a LEGO replica of the Zenvo TSR-S.
It features opening doors, a removeable engine cover as well as a tilting wing, just like the real thing.
Thanks for looking!
It was my first creation to get blogged! thelegocarblog.com/2013/04/28/the-future-today/ More at mocpages.com/moc.php/359500
The most complex and time intensive model I've ever built, a LEGO replica of the Zenvo TSR-S.
It features opening doors, a removeable engine cover as well as a tilting wing, just like the real thing.
Thanks for looking!
The most complex and time intensive model I've ever built, a LEGO replica of the Zenvo TSR-S.
It features opening doors, a removeable engine cover as well as a tilting wing, just like the real thing.
Thanks for looking!
The most complex and time intensive model I've ever built, a LEGO replica of the Zenvo TSR-S.
It features opening doors, a removeable engine cover as well as a tilting wing, just like the real thing.
Thanks for looking!
The most complex and time intensive model I've ever built, a LEGO replica of the Zenvo TSR-S.
It features opening doors, a removeable engine cover as well as a tilting wing, just like the real thing.
Thanks for looking!
The most complex and time intensive model I've ever built, a LEGO replica of the Zenvo TSR-S.
It features opening doors, a removeable engine cover as well as a tilting wing, just like the real thing.
Thanks for looking!
The most complex and time intensive model I've ever built, a LEGO replica of the Zenvo TSR-S.
It features opening doors, a removeable engine cover as well as a tilting wing, just like the real thing.
Thanks for looking!
The most complex and time intensive model I've ever built, a LEGO replica of the Zenvo TSR-S.
It features opening doors, a removeable engine cover as well as a tilting wing, just like the real thing.
Thanks for looking!
The most complex and time intensive model I've ever built, a LEGO replica of the Zenvo TSR-S.
It features opening doors, a removeable engine cover as well as a tilting wing, just like the real thing.
Thanks for looking!
The most complex and time intensive model I've ever built, a LEGO replica of the Zenvo TSR-S.
It features opening doors, a removeable engine cover as well as a tilting wing, just like the real thing.
Thanks for looking!