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  • This is a chase scene from 1924.

  • It's from the movie "Sherlock Jr.,"

  • and in it, Buster Keaton seems to almost get hit by a train.

  • With extremely limited special effects,

  • the filmmakers had to come up with an innovative way

  • to create the illusion.

  • So they shot the sequence backwards,

  • then reversed the film.

  • Since then, Hollywood has developed

  • countless ways to make car chases

  • feel more real and visceral to audiences,

  • from modifying cars to placing cameras

  • right in the seat of the action.

  • And without each of these innovations,

  • we wouldn't have gotten to the ultimate spectacle

  • that is the "Fast & Furious" franchise.

  • Let's take a look at how the car chase has evolved

  • over 100 years in Hollywood.

  • This is the scene that set the standard

  • for all modern car chases.

  • It's from the 1968 Steve McQueen movie "Bullitt,"

  • and it's iconic partly because of the characters --

  • Bullitt: Look, Chalmers, let's understand each other.

  • I don't like you.

  • Narrator: But also because of their cars.

  • This mean-looking Dodge Charger is a muscle car,

  • a type of car that exploded in popularity

  • during the late '60s in the US.

  • This new, sleeker generation was basically built

  • for informal drag racing,

  • with big V-8 engines and rear-wheel drive.

  • The hero car in "Bullitt" was a Ford Mustang,

  • the first major pony car --

  • a more compact, sporty take on the muscle car.

  • And it's this combination

  • of streamlined design and V-8 engines

  • that made these cars powerful and maneuverable enough

  • to pull off daring stunts,

  • like racing through the hills of San Francisco

  • at 110 miles per hour.

  • "Bullitt" also had another advantage,

  • smaller and more rugged cameras,

  • which allowed shooting to happen in actual streets.

  • Before this movie,

  • most directors shot chase scenes on studio sets,

  • since they were dealing with cameras that looked like this.

  • To fill in the backdrop,

  • filmmakers would use rear projection,

  • where you project a moving image

  • onto a screen behind the actor.

  • Like in this chase scene

  • from the first Bond movie, "Dr. No,"

  • where Sean Connery's steering

  • doesn't seem to match the movement of his convertible.

  • "Bullitt" was one of the first big Hollywood movies

  • to rely on the lighter Arriflex 35 II camera,

  • so the crew could shoot entirely on location

  • and also take audiences inside the cars.

  • They mounted cameras on the hood,

  • sides, and interiors of each vehicle,

  • so viewers could feel every bump and lurch.

  • This dynamic camera style was most famously used

  • in the chase from the movie "The French Connection."

  • The filmmakers mounted cameras

  • on the hood, front bumper, and dashboard

  • of Gene Hackman's Pontiac.

  • These multiple angles,

  • along with handheld-camera work

  • from the backseat of the car,

  • showed all the action from the driver's perspective.

  • The result makes that Bond chase look like a casual spin.

  • [Bond theme plays]

  • But higher-stakes car cases can also be more dangerous.

  • "The French Connection" chase was filmed

  • on uncleared streets in New York,

  • without permits, among other drivers and passersby.

  • These barely avoided collisions?

  • They happened for real.

  • And this crash was entirely unplanned.

  • At the wheel of the white Ford was a civilian driver

  • who was uninvolved in the shoot.

  • All this happened even with actors sometimes driving slower

  • than what you see on film,

  • a standard trick used to reduce risk.

  • See how some cars' exhaust pipes

  • are blowing smoke faster than normal?

  • That's because filmmakers on "French Connection"

  • used a technique known as undercranking,

  • where they film some of the scene at a lowered frame rate.

  • Capturing fewer frames makes movement look faster --

  • basically the opposite of slow motion.

  • You can also see this in "Vanishing Point,"

  • released the same year.

  • Barry Newman's character

  • bets he can drive his Dodge Challenger

  • from Denver to San Francisco in 15 hours.

  • That'd require a constant pace of some 80 miles an hour.

  • But in many sequences, like this hot race with a Jaguar,

  • the actors were only driving at 50.

  • So the filmmakers created the illusion of speed

  • by undercranking the camera to half its normal frame rate,

  • making the cars look like they're flying.

  • [engines roar]

  • Undercranking is still used today,

  • most notably in the 2015 movie "Mad Max: Fury Road."

  • But heavy undercranking works best for settings

  • that don't have a lot of people moving around.

  • "Mad Max" and "Vanishing Point" were perfect fits,

  • with scenes that take place in the desert.

  • In scenes that have lots of pedestrians,

  • the effect can make human movement look jerky and fake,

  • like what you see in old silent comedies.

  • So city chase scenes

  • can only use the technique sparingly.

  • The Paris chase in the 1998 thriller "Ronin,"

  • where Robert De Niro's Peugeot pursues a BMW,

  • didn't use undercranking at all.

  • To actually drive at these daredevil speeds,

  • you pretty much always need a stunt driver.

  • So the filmmakers have to find ways

  • to make it look like the actor,

  • not the stunt driver,

  • is controlling the car.

  • In "Ronin," they had right-hand-drive cars

  • fitted with fake left-side steering wheels.

  • The actor, in this case Robert De Niro,

  • would pretend to drive for the close-ups,

  • while the stunt driver to their right

  • did all the actual maneuvering

  • on a steering wheel positioned out of shot.

  • But having the stunt performer in the other seat

  • limits the angles you can shoot.

  • And what if the stunt driver can't be in the vehicle at all?

  • The solution came from a movie

  • with exactly zero car chases:

  • "Seabiscuit."

  • The stunt team on that movie built a special rig

  • for filming horse-race scenes.

  • Eventually, that rig evolved into a smaller,

  • more versatile version designed specifically

  • for filming car chases.

  • Known as the Biscuit,

  • it's basically a vehicle

  • that you can put other vehicles on,

  • one that can be reassembled into different configurations,

  • like a giant Lego truck.

  • The rig makes it look like an actor is doing the driving,

  • while a stunt person actually steers from the driver's pod.

  • This pod can be mounted anywhere on the platform,

  • so filmmakers can basically get any angle they want.

  • The Biscuit rig made it possible

  • to film some of Hollywood's most famous car scenes

  • over the past two decades,

  • from this scene in "The Hangover"

  • to the many chases in "Baby Driver."

  • Take this scene in the movie "Drive,"

  • where a guy chasing Ryan Gosling's character

  • hits the back of his Mustang to make it spin out.

  • After shooting the whole thing with two stunt drivers

  • to get all the exterior shots,

  • they filmed it again with Ryan in the car

  • and the car on the Biscuit rig

  • to get the close-up and interior angles.

  • A stunt driver drove the Biscuit

  • while talking to Ryan through a radio

  • to help him mimic all the movements

  • on his steering wheel.

  • In the resulting scene,

  • it looks like Ryan is in control of the vehicle.

  • And because he is immersed in the action,

  • we as the audience are too.

  • Finding ways to make chase scenes

  • feel more and more immersive

  • calls for increasingly creative rig systems.

  • Like in the movie "Extraction,"

  • with a 12-minute fight and chase sequence

  • designed to look like one continuous take.

  • To pull this off,

  • director Sam Hargrave strapped himself with his camera

  • to the hood of a chase vehicle.

  • From there, he could follow the action

  • from behind, unclip himself,

  • and then move the action into the car

  • for a seamless outside-to-inside shot.

  • This progression of bigger and bigger chase spectacles

  • has led to the "Fast & Furious" franchise,

  • where each movie tries to top the car stunts in the last.

  • [engines roar]

  • Today's filmmakers build on all the tools

  • we've previously seen

  • but have to deal with a whole other set of challenges.

  • First, cities have become more restrictive

  • about productions filming risky chase sequences

  • in their streets,

  • so it's become commonplace to shoot chases

  • in an entirely different city than they're set in.

  • "Fast and Furious: Tokyo Drift" was, despite its title,

  • mostly filmed in LA.

  • The movie's VFX team created

  • an entirely CG Shibuya Crossing,

  • the focal point of a major chase in the movie,

  • and used computer simulation

  • to create fake crowds and traffic.

  • Similarly, the zombie chase in "Fate of the Furious"

  • was set in New York City

  • but filmed mostly in Cleveland,

  • with digital set extensions adding detailed architecture

  • to disguise the city streets.

  • The cars themselves are another common hurdle.

  • Chase cars aren't built the same way today.

  • Since the decline of the muscle car

  • beginning in the late '70s,

  • models have been getting safer and safer.

  • Today's cars have onboard computers

  • that make them shut down if they start to drift

  • or do a power slide or J-turn --

  • basically, all moves that would be dangerous

  • for your average driver

  • but make up the basic ingredients

  • of a Hollywood chase scene.

  • "Black Panther"'s filmmakers ran into this problem

  • when filming the Busan chase scene.

  • They had to have Lexus send them a computer programmer

  • to tweak the cars' computer systems on set,

  • overriding the many safety features.

  • This happened on "Baby Driver," too.

  • The team had to fly in a technician from Germany

  • to make the Mercedes-Benz slide around

  • and crash through a fence without shutting down.

  • This customization goes beyond computer programs.

  • Cars have always been reinforced and modified for stunts,

  • but recent movies take customization much further.

  • For cars used in production

  • for the "Fast & Furious" movies,

  • the crew removes the airbags from the cars

  • and disables features like traction control

  • and the antilock braking system.

  • They also fortify the frames and bodies of the vehicles

  • so they can withstand heavy-duty stunt work.

  • This can also mean building new cars from scratch,

  • like the flip car that Luke Evans' character uses

  • as a weapon in the London chase from "Fast 6."

  • The Formula 1-style car has a special ramp design,

  • so that when it drives into other cars

  • it makes them go flying.

  • They also designed the car

  • with both front and rear hydraulic steering,

  • which made it possible

  • for the car to change direction at high speeds

  • and look like it's gliding over the road.

  • But just as it took 100 years to get the tech

  • to where we are now,

  • it can still take months to build up an epic car shot,

  • even a short one.

  • For the upcoming "F9" movie,

  • director Justin Lin

  • said this four-second shot with a Toyota 86

  • took eight months of prep,

  • four days of production,

  • and over 100 crew members.

  • So even if these cars are going fast,

  • it's the slow work of production

  • that's gotten chase scenes to where they are today.

  • [car engine sputters] [tires squeal]

This is a chase scene from 1924.

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How Car Chase Scenes Have Evolved Over 100 Years | Movies Insider

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    joey joey に公開 2021 年 05 月 26 日
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