Make your eyes lead the car
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Course: Car Control Fundamentals
Module: Vision & Reference Points
Estimated duration: 55 minutes
Principle
Your eyes are not a camera recording where the car is. Your eyes are the lead control in the driving system. At speed, the car is already committed to the moment directly under the windshield. If your vision stays there, your hands and feet become late. If your vision goes to the place you need the car to be next, your hands, throttle, brake release, and correction choices have time to organize around that future path.
This lesson is not mainly about memorizing brake markers, turn-in cones, apex paint, or exit curbing. That belongs with your reference point library. It is also not mainly about scanning as a separate habit. That belongs with keeping your eyes moving through the corner. The skill here is narrower and more useful in the car: you deliberately make your eyes arrive first, then let the car follow.
The core rule is simple. Put your eyes where you want the car to go, not where the car is, not where you are afraid it might go, and not on the thing you are trying to avoid. Ross Bentley states this as a speed secret in his race-driving material, and the same idea appears throughout the bonded vision material: look far ahead, look where you want to go, turn your head through corners, think through corners as you look through them, and use peripheral vision to remain aware of the car and the surrounding traffic. Those are not four separate tricks. They are one system.
The mechanism is attention. Your visual target gives your brain the path it should solve for. Your hands tend to steer toward the active visual target. Your throttle and brake timing become smoother when the exit and next phase of the corner are already in your mental picture. Your correction choices improve because you are not staring at the slide, the barrier, the grass, or the current patch of asphalt. At intermediate pace, you are moving too quickly to wait for the car to tell you what it needs and then start looking. By then the useful moment is already passing.
Good vision also prevents overload. The bonded material makes a point that strong drivers use mirrors and peripheral vision to know what is around them, but that if a driver has to consciously think about every surrounding object while driving, the system will not work. That matters. Leading with the eyes does not mean staring harder. It means placing your main attention on the intended path while allowing the rest of the scene to stay available in the background. Your body can keep track of where the car is while your eyes are ahead guiding it. With practice, the immediate car position becomes a felt and peripheral awareness rather than the thing you stare at.
The lead-vision loop
Use a four-part loop: choose, place, allow, update.
Choose the next required path. Before each phase of the corner, decide where the car needs to go next. On approach, that might be the turn-in path. Near turn-in, it becomes the apex path or the opening of the corner. By the apex, it becomes the exit and track-out. On corner exit, it becomes the next straight, next brake zone, or the safe correction path if the car is not doing what you expected.
Place your eyes there before the car arrives. This is the actual skill. You do not wait until the nose points at the apex to look for the exit. You do not wait until the rear steps out to look for the recovery path. You do not wait until a blind crest has passed under the car to begin searching for the next left-hander. You place your eyes ahead of the current task so your brain has time to plan.
Allow the car to follow. Once your eyes are placed correctly, your job is not to attack the steering wheel. Bentley connects speed with less unnecessary steering and slower steering inputs that do not reduce corner speed. Vision supports that. When your eyes are late, you add steering because the path keeps surprising you. When your eyes lead, you can make one cleaner steering plan, release or unwind it earlier, and avoid the extra midcorner correction that scrubs speed.
Update before you are finished. The lead point keeps moving. If you lock your eyes onto a single point until the car reaches it, your vision becomes late again. The moment your body knows the car will make the current point, your eyes should already be collecting the next one. This is why the phrase about having your eyes at the exit by the apex shows up in the bonded material. The exact timing changes by corner, speed, visibility, and car behavior, but the principle does not: the car gets the current point; the eyes get the next point.
What changes for an intermediate driver
At novice pace, vision problems often look obvious. The driver stares at the hood, misses the turn-in, and is surprised by the apex. At intermediate pace, the error is subtler. You may already look ahead in a general sense, but your eyes are not leading the control decisions. You look toward the exit only after you have turned too much. You look at the runoff when the car drifts wide. You look at a car in the mirror until your own reference picture falls apart. You look at the apex cone long enough that the track-out arrives late and rushed.
The intermediate upgrade is to make your gaze proactive. Your eyes should tell your hands what the next action is, not confirm what your hands already did. Your eyes should tell your right foot whether the exit is opening, not discover that the exit is tight after throttle is already committed. Your eyes should identify the correction path during a slide or mistake, not stare at the consequence of the mistake.
This is why the skill connects directly to line, braking, turning, and acceleration. The bonded material says that feeding the brain the right information at the right time makes line and braking easier and more intuitive. It also says that when vision is directed far ahead and toward the desired path, braking, turning, and accelerating become more fluid. That does not mean vision replaces technique. It means the techniques you already practice get better instructions.
Technique: approach phase
On approach, lift your eyes above the immediate pavement and build the path before you arrive. The goal is not to ignore your braking zone. The goal is to avoid having your whole attention collapse onto it. You already built your reference point library elsewhere in this module. Here, use those references as triggers, not traps.
As you approach the brake zone, your main vision should be gathering the shape of the corner and the path you intend to drive through it. You still perceive brake markers and surrounding cars, but you do not visually camp on the marker. When you stare at the marker, the marker becomes the task. The real task is to arrive at turn-in with the car placed, slowed, and balanced enough to follow the path your eyes have already selected.
A useful coaching question is: where will the car need to be when this braking action is finished? That question moves your eyes from the current marker to the future job. On a straight brake zone, the answer may be a clean turn-in placement. On a bend that tightens, the answer may be the first place you can see around the corner. On a busy HPDE lap, the answer may include the car ahead, the car behind, and the room you must leave while still driving your own line.
This approach-phase vision is especially important when fatigue arrives. The bonded material recommends periodic mental check-ins about whether your eyes are still looking far ahead and moving proactively. Do that before the car forces the issue. Every few laps, ask yourself whether your eyes are leading or whether they have fallen back to the hood, the next cone, or the car ahead. If they have fallen back, fix the eyes first before asking for more speed.
Technique: turn-in phase
At turn-in, your head should help your eyes. The bonded Performance Driving Illustrated chunk says to turn your head and look around corners. That instruction is physical. You cannot reliably lead the car through a corner by keeping your head locked straight ahead and trying to flick your eyeballs sideways. Rotate your head enough that the intended path is easy to see and easy to think through.
The turn-in phase is where late vision often becomes extra steering. If you are still staring near the front of the car at turn-in, the corner seems to arrive all at once. The common response is to add a quick, sharp steering input to catch up. Bentley warns that you should slow steering inputs without slowing the car through entry, midcorner, and exit, and that less steering is faster. Leading with your eyes is one way to earn that calmer steering. You are not steering less because you are lazy. You are steering less because the path is clearer sooner.
Do not confuse looking at the apex with being led by the apex. The apex is not the finish line of the corner. For many intermediate drivers, the apex becomes a visual magnet. They turn in, stare at it, and hold that stare until the car arrives. The result is predictable: the car reaches the apex and the driver is suddenly behind, because the exit has not been solved yet. Use the apex as a confirmation point, then move on. When your body knows the car will reach it, your eyes should already be leaving it.
Technique: midcorner phase
Midcorner is where your eyes should be doing tomorrow's work. The car is loaded, the steering input is established, and your hands should not be hunting unless the car requires correction. If the car is stable, your eyes should be looking through the corner toward the exit and track-out. You should be thinking through the remaining path, not staring at the point the car is already committed to reach.
This is also where peripheral vision matters. The bonded material identifies focusing on the desired path, looking far ahead, and using peripheral vision as the elements of good vision technique. You need all three. If you stare narrowly at a distant exit point and lose all sense of car placement, you will miss useful information. If you stare locally at car placement and never move to the exit, you will be late. The productive state is a clear main target with a wide soft awareness around it.
The felt cue is that the corner slows down mentally. The car may be moving faster than it did a few months ago, but the job feels less rushed because the eyes are not trapped in the current instant. Your hands feel less busy. The exit no longer appears suddenly. Your throttle pickup is less like a guess and more like a response to a path you already see opening.
Technique: exit phase
On exit, your eyes should be at the place you want the car to finish the corner, then beyond it. In a rear-wheel-drive car, especially a higher-powered one, the bonded material calls out the importance of a far look because the rear can step out if throttle comes too early. The same chunk connects early exit identification with better throttle modulation and fewer surprises. That is a useful way to think about exit vision: your eyes are not just aiming the steering wheel; they are governing how much commitment your right foot should make.
If the exit is not opening, your eyes should not pretend it is. Lead vision is not blind optimism. It is accurate attention directed toward the desired path that actually exists. If the car is under-rotated, late, or drifting wide, you move your eyes to the usable correction path, not to the outside edge as a panic object. The bonded material on slides and higher speeds is clear that intermediate drivers must force themselves to look at the safe runoff or track path rather than the barrier so the hands guide the car toward recovery.
When the car is doing what you asked, your eyes should continue beyond track-out. The next straight, next car, next braking zone, or next corner entry becomes the new lead point. This matters because many drivers visually relax at exit. They get the car to track-out and then pause their vision. That pause costs preparation time. You want the exit to become the beginning of the next decision, not the end of the last one.
Sub-skill: target replacement
Target replacement is the ability to move your eyes from the wrong object to the right path under stress. It is most obvious when something goes wrong. If you drop a wheel, enter too fast, slide, or see another car make a mistake, your eyes will want to lock onto the threat. That is normal, but it is not useful. The car needs a path, not a problem.
The replacement sequence is short. First, notice the pull of the wrong target. Second, name the useful path in your mind. Third, move your eyes there immediately. Fourth, let your hands and feet work toward that path rather than toward the threat. You are not denying the barrier, edge, car, grass, or runoff exists. You are demoting it from the main steering command.
This is why the common instructor line about looking where you want to go survives across so many paddocks. It is not poetry. It is a control instruction. If the car is in trouble and you stare at the thing you do not want, your hands will tend to solve for the thing you do not want. If you make your eyes find the survivable path, your hands have something useful to follow.
Sub-skill: soft awareness
Soft awareness is the ability to keep the world available without staring at all of it. The bonded Ultimate Speed Secrets chunk says to work on seeing and being aware of everything around you at all times, using mirrors and peripheral vision to track cars behind and beside you and to anticipate what they may do. It also says this ability becomes a key to success when it is there without conscious overthinking.
In the car, this means you do not drive with tunnel vision through the windshield and you do not drive by checking mirrors so long that the forward path disappears. You set your main visual target ahead, then let the sides and mirrors contribute information. A car behind you is important. A car beside you is important. But if your eyes stay in the mirror through the braking and turn-in phase, you have stopped leading your own car.
Practice this at moderate pace first. On a straight, take brief mirror samples without holding the mirror. In corner entry, know whether a car is close, but keep your primary attention on the path you must drive. In midcorner, use peripheral vision to maintain track placement rather than staring down at the curbing. The goal is not to see less. The goal is to assign each piece of information the right job.
Sub-skill: mental extension
Mental extension is seeing past what is immediately visible. The bonded material gives the example of knowing that a left-hander follows a blind crest and beginning to look for early clues before you crest, such as trees or brake markers. That is an intermediate skill because it depends on memory, track learning, and disciplined anticipation.
You are not inventing a corner you cannot see. You are combining track knowledge with the first available clues. If you know the track bends left after the crest, your eyes should not wait passively for the entire left-hander to appear. They should begin searching for the earliest reliable information that confirms where the track is going and where the car should go.
This is one place where reading and mental imagery matter. The bonded introduction material argues that understanding the theory and being able to picture it before driving makes you more sensitive to the experience once you are behind the wheel. For vision, that means you should be able to picture the next sequence before you arrive. The more complete that mental picture is, the less your eyes have to panic-search at speed.
Sub-skill: allowing the body to know where the car is
A common obstacle is the fear that if your eyes go ahead, you will lose the car. The bonded technique material addresses this directly: with practice, your body still knows where the car is while your eyes are ahead guiding it. This is not mystical. It is learned calibration. You feel steering angle, lateral load, seat pressure, tire response, yaw, and road position through the car, while your eyes collect the next instruction.
At first, this feels uncomfortable. You will want to glance back down to confirm the current position. Some confirmation is fine, especially while learning a new track. But if every corner requires a long visual check of the current point, the eyes never truly lead. Build tolerance gradually. On familiar corners at conservative pace, let your eyes leave the current point a little sooner. Notice that the car does not disappear. Your body still knows whether you are close to the apex, whether the car is rotating, and whether you have room at exit.
Karting and sim racing can help this adaptation because they let you repeat corners and corrections cheaply. The bonded material specifically notes that the same vision habit can be honed in karting or sim racing. Use that environment to exaggerate eye lead. Look through the corner, let the kart or sim car occupy your peripheral and physical awareness, and notice how early vision reduces surprise.
Sub-skill: debriefing vision, not just lap time
After a session, do not only ask whether the lap was faster. Ask what your eyes did. Bentley's later material encourages watching quicker cars, noting when they brake and how they take corners, debriefing after sessions, and making notes on the car and your driving. Apply that to vision.
Write down two corners where your eyes led well and two where they fell behind. The useful question is not whether you liked the corner. The useful question is whether your eyes were on the next task early enough to make the car calmer. Did you reach the apex and already know the exit? Did you turn in and already understand how the corner opened? Did you recover a mistake by looking to the correction path, or did you stare at the edge of the track?
If you have video, watch for head movement and timing. You do not need professional data to learn something. If the camera shows your head staying straight when the corner requires looking around it, that is a clue. If steering inputs stack up after the apex, that may point to late exit vision. If your throttle application hesitates after the car is already pointed, your eyes may be discovering the exit late.
Calibration cues
The first improvement cue is reduced surprise. You stop feeling ambushed by apexes, exits, traffic, and corrections. The corner still requires discipline, but it no longer feels like separate emergencies connected by pavement. You know what the next job is before the car asks for it.
The second cue is quieter steering. Bentley's cornering material connects speed with less steering and with slower steering inputs that do not reduce actual corner speed. If your eyes lead correctly, your hands are less likely to add late, sharp, unnecessary steering. You still steer decisively when the car needs it, but you are not sawing at the wheel because the path keeps arriving late.
The third cue is better throttle discipline, especially in rear-wheel-drive cars. When the exit is identified early, you can modulate throttle against the real amount of room and rotation available. When the exit appears late, throttle becomes either timid or greedy. Early exit vision gives the right foot better information.
The fourth cue is wider awareness without panic. You know when cars are behind and beside you without sacrificing your forward plan. You use mirrors and peripheral vision, but your main target remains the intended path. This is the difference between awareness and distraction.
The fifth cue is faster self-correction. When you catch yourself staring at the wrong object, you can move your eyes back to the path immediately. That skill is itself progress. Nobody keeps perfect eyes all day. The better driver notices the lapse sooner and repairs it sooner.
Common failure modes
Staring at the car's current location is the most basic failure. It feels safe because you are confirming where you are, but it makes the next action late. The cost is delayed turn-in planning, abrupt steering, and a rushed exit. The fix is to trust peripheral and body awareness earlier on familiar corners, then move your primary eyes to the next task.
Apex fixation is the intermediate version. You are no longer staring at the hood, but you are still treating the apex as the end of the problem. The cost is a late exit, extra steering after the apex, and throttle that cannot begin cleanly because the path out is not in view soon enough. The fix is to use the apex as confirmation, then let the eyes leave as soon as the car will make it.
Threat fixation is the safety-critical version. You look at the barrier, outside edge, spinning car, or runoff instead of the usable path. The bonded material specifically points to forcing your eyes toward the safe runoff or track path rather than the barrier during higher-speed moments or slides. The cost is that the hands tend to steer toward the threat. The fix is target replacement: identify the useful path and make it the main visual command.
Tunnel vision is common when speed rises or a rear-wheel-drive car starts to move around under throttle. The bonded RWD chunk warns that tunnel vision can lead to late reactions in a powerslide or quick closing speed on a straight. The cost is surprise. The fix is a far look, early exit identification, and soft awareness around the main target.
Mirror fixation is an awareness error. You know traffic matters, so you overpay attention to it. The cost is that your own car stops being led through the corner. The fix is brief mirror sampling, peripheral awareness, and a clear rule that the forward path remains primary during braking, turn-in, and midcorner.
Fatigue drift is the quiet failure late in a session or late in a day. Your first laps may have good vision, then your eyes gradually fall back to near pavement and single cones. The bonded material recommends mental check-ins every few laps. The fix is to make that check-in a habit before you chase pace late in a run.
How this skill fits the sibling lessons
Use the sibling lesson on looking ahead before the car gets there to build the raw timing habit. Use the sibling lesson on reference points to decide which points matter at a given track. Use the sibling lesson on keeping your eyes moving to prevent stale vision. This lesson sits between them. It asks whether your eyes are actually commanding the car toward the next useful path.
If the answer is yes, the other skills become easier. Your reference points stop being isolated objects and become part of a flowing path. Your scan stops being random and becomes purposeful. Looking ahead stops being a vague reminder and becomes a control sequence: choose the path, place the eyes, allow the car, update the target.
The takeaway
Make your eyes lead the car by giving them the next job before the car arrives. Look toward the path you want, not the place you fear, the place you already are, or the point you have already solved. Keep enough soft awareness to know the car, traffic, and track around you, but keep the main visual command on the future path.
The payoff is not only speed. It is calm. The track begins to unfold sooner. Your steering becomes less busy. Your throttle decisions have better information. Your corrections aim at recovery instead of consequences. That is why vision is not a beginner topic you graduate from. It is one of the main ways an intermediate driver turns technique into control.
Worked example: blind crest into a left-hander
Imagine a track section where you know a left-hander comes after a blind crest. The bonded material gives this exact kind of situation: the driver knows what is beyond the crest and starts looking for early clues before the full corner is visible. The wrong version is passive. You climb the crest with your eyes waiting for the track to reveal itself, then react once the left-hander appears. The car may still get through, but your turn-in, placement, and speed choice are all compressed into a late moment.
The lead-vision version starts earlier. Before the crest, you already know the next useful question: where is the first reliable evidence of the left-hander? Your eyes search for the early clues available from the environment, such as tree lines, brake markers, track edge, or the first opening of pavement. You do not stare at the crest itself, because the crest is not the final job. You use it as a transition point while your mental picture reaches beyond it.
As the car comes over the crest, your hands should not be surprised. If the car gets light, you do not add a panic input because your eyes have already begun to solve the direction of the next corner. If the corner appears tighter than expected, your eyes move to the usable path and your brake release, steering, or maintenance throttle choice can be adjusted around that path. The success cue is that the first visible piece of the left-hander feels like confirmation, not discovery.
Worked example: high-powered rear-wheel-drive exit
Now imagine a higher-powered rear-wheel-drive car at the exit of a medium-speed corner. The bonded material calls out this situation because the rear may step out if throttle arrives too early, and because early exit identification helps throttle modulation. This is where eyes lead more than the steering wheel. Your right foot needs to know whether the corner is actually opening, whether the car is pointed enough, and whether the exit room is real.
The wrong version is to stare near the apex while adding throttle because you know, in theory, that exit is coming. If the rear steps out, your eyes snap to the outside edge or barrier. Your hands then receive a bad command at the worst moment. You may correct late, over-correct, or freeze the throttle decision because the visual system is pointed at the problem rather than the path.
The better version is to have your eyes moving to the exit before the car reaches the apex. You see whether the track is opening and whether the car can use throttle. If the rear begins to move, your eyes go to the correction path and the place the car can still go, not to the thing you are trying to avoid. That far look gives your hands a correction target and gives your foot a reason to modulate rather than stab or abandon throttle blindly. The success cue is not a dramatic save. The success cue is that the slide, if it happens, feels smaller because your eyes were already ahead of it.
Worked example: traffic awareness without losing the path
In HPDE traffic, the temptation is to let a faster car behind you take over your vision. The bonded material says to use mirrors and peripheral vision to keep track of cars behind and beside you and to anticipate what they may do. It also warns that if the driver has to think about this consciously while driving, it will not work. That means traffic awareness has to be integrated into the lead-vision system, not placed above it.
The wrong version is mirror fixation. You check the mirror, hold the mirror, and keep negotiating with the car behind you while your own braking, turn-in, and exit picture gets late. The driver behind you is now leading your car. Even if you leave room, the quality of your own driving drops.
The better version is brief sampling plus a primary forward target. On the straight, you collect mirror information. Near braking, you know whether the car behind is relevant, but your main eyes return to the path you must drive. In the corner, peripheral awareness helps you understand whether a car is beside you, but you still guide your car to the intended placement. The success cue is that you can describe the traffic after the corner without feeling that traffic stole the corner from you.
Common mistakes
The first mistake is near-field comfort. You keep your eyes close because close pavement feels certain. Good looks like letting the current pavement move into peripheral and body awareness while your main eyes move to the next required path.
The second mistake is apex ownership. You find the apex, then keep staring at it as if reaching it completes the corner. Good looks like using the apex as a checkpoint and moving your eyes to the exit early enough that track-out is already planned.
The third mistake is danger steering. You stare at the barrier, edge, grass, or wrong car during a mistake. Good looks like immediate target replacement. You acknowledge the problem, then put your eyes on the safe track path or recovery path.
The fourth mistake is exit optimism. You look far ahead, but at the exit you wish existed rather than the exit that is actually available. Good looks like honest far vision: see the real room, real rotation, and real opening of the track, then let throttle match that information.
The fifth mistake is narrow focus under speed. As pace rises, your eyes get smaller and the world collapses into a tunnel. Good looks like a far main target with soft peripheral awareness, especially in faster cars and on straights with closing speed.
The sixth mistake is late-session vision decay. Early laps have good eyes; later laps turn into cone chasing. Good looks like a mental check-in every few laps and an immediate reset when your vision falls back.
Drill: lead-point progression over three sessions
Run this drill at your next event only at a pace that leaves margin. The drill is not a speed contest. It is a vision timing exercise. Choose three to five familiar corners with clear entry, apex, and exit phases. Do not choose the scariest corner on the property for the first attempt.
Session one is the callout session. For four laps, quietly name the next visual job before the car arrives there. On approach, name the place the car needs to be after braking. At turn-in, name the path through the corner. Before or by the apex, name the exit. At exit, name the next straight or next braking task. The success criterion is simple: you catch at least one moment per lap where your eyes were late, and you correct it immediately.
Session two is the early-exit session. For five laps, focus only on making your eyes leave the apex once your body knows the car will make it. The success criterion is that track-out stops arriving as a surprise. You should feel fewer extra steering inputs after the apex and a more informed throttle pickup.
Session three is the correction-path session. For three to five laps, stay at conservative speed and rehearse target replacement whenever the car is imperfect. If you miss a point, get a small slide, run wide, or encounter traffic, move your eyes to the useful path rather than the problem. The success criterion is not that every corner is perfect. The success criterion is that every visual mistake gets repaired quickly.
Use karting or sim racing for extra repetition if available. The bonded material supports those environments for practicing the same vision habit. In either environment, exaggerate the eye lead until it feels normal for the body to know where the vehicle is while the eyes are already guiding the next phase.
When this principle breaks down
The principle breaks down when you mistake far vision for vague vision. Looking ahead does not mean looking somewhere generally down the road. It means looking to the next useful place the car should go. If the far look has no driving job, it becomes daydreaming.
It also breaks down when you use desired-path language to deny reality. If you are too fast, too wide, or too early on throttle, you still need to see what is actually available. The point is to look at the usable path, not to pretend the ideal path is still open.
Finally, it breaks down when awareness becomes conscious overload. The bonded material praises broad awareness but also says it will not work if the driver has to think about it while driving. Build the skill progressively. At first, pick fewer corners and simpler goals. As the habit becomes more automatic, add traffic, fatigue checks, blind sections, and higher-speed exits.
Author Review
No quiz questions are attached to this lesson.
Sources
| # | Document | Chunk | Pages | Score | Collection |
|---|---|---|---|---|---|
| 1 | Ultimate Speed Secrets - Ross Bentley | 4529aa26-6c5f-c7d1-13cb-5848f0afb7ab | 249 | 1 | uio_books_raw_v1 |
| 2 | Performance-Driving-Illustrated-Ross-Bentley | 3c5e70bc-2026-8b6d-1e97-33f866559ee6 | 7 | 1 | uio_books_raw_v1 |
| 3 | Speed Secrets Professional Race Driving Techniques Ross Bentley | 3ef6f14a-3a3c-9954-8470-0f1f3c9336ce | 53 | 1 | uio_books_raw_v1 |
| 4 | High-Performance Driver Education HPDE Techniques by Skill Level | b67b7b85-6af9-5950-f9f1-bb4db754dcc1 | 1 | uio_books_raw_v1 | |
| 5 | High-Performance Driver Education HPDE Techniques by Skill Level | f1af6542-238a-0a29-1c06-80e59620361a | 1 | uio_books_raw_v1 | |
| 6 | High-Performance Driver Education HPDE Techniques by Skill Level | 722c5386-4351-168a-f0f8-1781c968824a | 1 | uio_books_raw_v1 | |
| 7 | High-Performance Driver Education HPDE Techniques by Skill Level | ed2c1023-773c-5843-f821-385ced365968 | 1 | uio_books_raw_v1 | |
| 8 | Ultimate Speed Secrets - Ross Bentley | 47f6de8d-9d56-5b6d-547a-f1e7bb92faaf | 152 | 1 | uio_books_raw_v1 |
| 9 | Ultimate Speed Secrets - Ross Bentley | 0237a5bd-e2d4-724e-bc2e-ba13db924f66 | 11 | 1 | uio_books_raw_v1 |
| 10 | Ultimate Speed Secrets - Ross Bentley | 7f32498f-d9fd-bd02-17d6-a1aa8be21a50 | 501 | 1 | uio_books_raw_v1 |
| 11 | Ultimate Speed Secrets - Ross Bentley | 7816dd86-ce80-1320-b6ed-b34e005cc98f | 16 | 1 | uio_books_raw_v1 |