- Fixing a slice doesn't have to cost distance — the right draw-bias driver can recover 20-40 yards by straightening your ball flight and eliminating the side-spin that bleeds carry.
- Carbon composite draw-bias drivers redistribute weight for forgiveness, but independent testing from MyGolfSpy shows that trade-off typically costs golfers 10+ yards compared to a standard driver.
- The SF2 Forged Titanium driver uses seven dedicated slice-fix features built around a forged titanium construction — a different approach than the carbon composite builds most big-name brands use.
- Not every golfer should reach for a draw-bias driver — there's a specific swing profile where these clubs hurt more than they help (covered below).
- The Burner SuperFast 2.0 was engineered around speed first, with draw-bias as a secondary feature — understanding that priority order matters when choosing between these two designs.
Slicing a driver is one of the most frustrating patterns in golf — not just because it sends the ball right, but because it quietly steals 20, 30, even 40 yards of distance through side-spin and offline carry. The instinct for most golfers is to grab a draw-bias driver, but here's the problem: most draw-bias designs fix the curve at the cost of ball speed.
The question worth asking before buying isn't just "will this fix my slice?" It's "will it fix my slice without shrinking my drives?" A detailed breakdown of how these two drivers compare — the SF2 Forged Titanium and the Burner SuperFast 2.0 carbon build — is available at Affordable Golf Courses, which digs into the real performance differences between forged titanium and carbon composite construction for slice-fixing drivers.
Fixing a Slice Can Recover 20-40 Yards of Hidden Distance
Most golfers treat a slice as just an accuracy problem. In reality, it's a distance problem wearing an accuracy problem's clothes. When a driver face stays open at impact, the ball launches with heavy left-to-right side-spin (for a right-handed golfer). That spin turns what could be a 240-yard drive into a 195-yard drive that finishes in the rough or out of bounds.
Straightening that ball flight doesn't just move the landing zone — it recovers the carry distance that side-spin was eating. A drive that used to curve 30 yards offline and travel 195 yards can realistically become a 230-yard drive down the middle. That's where the 20-40 yard improvement figure comes from: it's not all from added ball speed. A large chunk is simply distance that was already there, now going forward instead of sideways.
This is why draw-bias drivers exist. By engineering the club to help the face close faster through impact, these drivers neutralize the open-face tendency that creates slice spin. But how a driver achieves that face-closing effect — and what it gives up to do it — varies dramatically depending on the construction material and engineering philosophy.
Why Carbon Composite Struggles to Do Both
How carbon composite redistributes weight for forgiveness
Carbon composite materials are significantly lighter than titanium, and that's not a weakness — it's actually the whole point. When a driver crown or body is built from carbon fiber, the weight saved from those panels can be repositioned elsewhere in the clubhead.
Engineers use that freed-up weight to push mass toward the perimeter of the head, which raises the Moment of Inertia (MOI). Higher MOI means the face resists twisting on off-center hits, which is what golfers call "forgiveness."
For draw-bias designs specifically, carbon composite allows engineers to concentrate heel weighting without shrinking the clubhead size. That heel mass encourages the toe to rotate faster through impact, which helps close the face and reduce slice spin.
On paper, it's a clean solution. In practice, though, the weight redistribution that creates forgiveness and draw-bias also pulls mass away from the face — and a face with less direct material support behind it doesn't always generate the same ball speed as a purpose-built titanium face.
The distance trade-off MyGolfSpy's testing confirmed
This isn't speculation. MyGolfSpy's driver testing found that draw-bias drivers — as a category — tend to lose 10 or more yards compared to standard drivers. Their testing data showed that the wrong driver can cost a golfer meaningful distance, while the right driver can recover it. That swing of 30 or more yards is enormous for an amateur golfer.
The draw-bias distance penalty largely comes down to construction trade-offs. Carbon composite builds optimized for forgiveness and heel weighting often produce a face that's less aggressive in terms of COR (Coefficient of Restitution) — essentially, how much energy transfers from the clubface to the ball at impact.
Lower COR means lower ball speed, which means shorter drives. Fixing the curve but losing 15 yards isn't really solving the problem for a golfer who already feels outgunned off the tee.
What the Burner Build Actually Delivers
Speed-first engineering: lightweight shaft and aerodynamic shaping
The TaylorMade Burner SuperFast 2.0 was built around a very specific idea: make the whole system lighter so the golfer can swing faster. At just 279 grams total weight, it was the lightest TaylorMade driver ever produced at the time of its release. The long shaft, light total weight, and low-drag aerodynamic head shape were all engineered toward one end — faster swing speed, which theoretically translates to more distance.
The Burner SuperFast 2.0 also features a deeper clubface that works with a low center of gravity (CG) to promote a higher launch angle and lower spin. Its Inverted Cone face technology was designed to expand the effective sweet spot, giving more consistent ball speed on off-center hits. These are legitimate speed and forgiveness features, and for golfers who hit it reasonably on-center, the Burner can deliver real distance.
Where draw-bias fits into the Burner design philosophy
Here's the key distinction: the Burner SuperFast 2.0 was not primarily designed as a slice-fix driver. Draw-bias is a secondary characteristic of the design — the head shape and CG placement lean slightly toward encouraging a draw, but the dominant engineering priority was swing speed and distance. That hierarchy matters.
When draw-bias is an afterthought rather than the central design goal, the slice-correction features tend to be limited — typically one or two elements, like mild heel weighting or a slightly closed face angle. For a moderate fade that just needs a nudge, that's often enough. For a golfer with a consistent, significant slice? A speed-first driver with minor draw-bias isn't likely to move the needle enough to fix the root problem.
SF2's Forged Titanium Changes the Equation
The Performance Golf SF2 takes a different engineering approach entirely. Instead of starting with carbon composite and redistributing weight for draw-bias, the SF2 starts with a 3-piece forged titanium construction and uses that material's unique properties to deliver both slice correction and ball speed simultaneously. The SF2 ships with seven distinct slice-fix features — each solving a specific part of the slice problem.
1. Counter-slice heel weighting closes the face automatically
Forged titanium's strength-to-weight ratio allows engineers to build a thin, fast face while still concentrating mass deep in the heel of the clubhead. This creates a draw-biased center of gravity (CG) that dynamically encourages the face to rotate closed through the impact zone — without the golfer having to time the release or manipulate the club. The face closes automatically. The heel weighting on the SF2 is heavier and deeper than its predecessor, the SF1, making it more aggressive in its face-closing effect.
2. Thin, fast face at max legal COR preserves ball speed
This is the feature that separates the SF2 from most draw-bias competitors. The face is engineered to the maximum COR/CT allowed under the rules of golf — meaning it's as "hot" as a driver face can legally be. The thin, forged titanium face flexes at impact and springs back, transferring maximum energy to the ball. Slice-correcting drivers often sacrifice COR to achieve forgiveness or draw-bias weighting. The SF2 doesn't make that trade.
3. 3° closed face angle that looks square at address
The SF2 face is pre-set 3 degrees closed relative to the shaft, but the club is designed so that it looks square when a golfer stands over it. That's a meaningful distinction. Many offset drivers look obviously gimmicky at address, which erodes confidence. The SF2 builds in a margin for error before the swing even starts — every shot begins with a head start against the slice — without the psychological disadvantage of an awkward-looking setup.
4. Speed Geometry Toe Slot reduces drag through impact
An aerodynamic slot carved into the toe of the SF2 reduces air resistance as the club moves through the impact zone. Less drag through impact means the clubhead maintains more speed at the moment it contacts the ball. Faster clubhead speed at impact equals more ball speed. As a secondary effect, the reduced resistance in the toe also helps the face rotate closed through impact — contributing to the draw-bias effect without sacrificing aerodynamic efficiency.
5. Draw Spin Face Bulge straightens off-center mis-hits
The SF2's face bulge is asymmetric — the heel side is flatter, which reduces the cut spin that generates a slice on heel strikes, while the toe side is rounder, which imparts more draw spin on toe hits. This design means that even mis-hits tend to self-correct back toward the fairway rather than curving further into trouble. Combined with the fast titanium face, off-center shots don't just go straighter — they carry farther than a comparable mis-hit on a less forgiving face.
SF2 vs Carbon Draw-Bias: Head-to-Head
Distance performance comparison
The SF2's claimed 20-30 yards of distance improvement for most golfers comes from two sources working together. First, the max-COR titanium face generates genuine ball speed. Second, and equally important, straight shots travel farther than slices. A ball that launches on the target line carries its full distance; a ball launching with heavy side-spin loses carry and roll regardless of how fast it's hit.
By contrast, carbon composite draw-bias drivers tend to trade some ball speed for forgiveness and heel weighting. The MyGolfSpy data showing 10+ yards of distance loss for draw-bias drivers as a category reflects this trade-off. The SF2's titanium construction is specifically designed to avoid that penalty — keeping ball speed high while still correcting the slice.
One independent reviewer noted that the SF2 consistently produced dead-straight shots, eliminating slices and fades. Distance recovery was more pronounced for higher-handicap golfers whose slices were costing them the most yards, while golfers already swinging above 90 mph tended to see gains primarily in accuracy and consistency rather than a large jump in overall yardage.
That's an important nuance: the distance recovery is largely proportional to how much distance the slice was stealing in the first place.
Slice-correction features: 7 vs 1-2
This is the starkest contrast between the two designs. The SF2 was built from the ground up with seven integrated slice-fix features — heel weighting, face angle, face bulge, toe slot aerodynamics, crown channels, head geometry, and face construction all working together toward one goal. The Burner SuperFast 2.0, built primarily for swing speed and distance, incorporates draw-bias as a design lean rather than a central mission.
For a golfer with a mild right-to-left issue, one or two draw-bias features can be enough. For someone who consistently fights a significant slice — the ball curving 20, 30, 40 yards offline — one or two features rarely provide the degree of correction needed. Seven coordinated slice-fix elements represent a fundamentally different level of engineering commitment to the problem.
Sound, feel, and confidence at address
Material choice also affects how a driver feels and sounds, which matters more than many golfers expect. Titanium drivers produce a loud, high-frequency "crack" or "ping" at impact — a sharp, solid feedback sound that most golfers associate with a well-struck shot. Carbon composite drivers tend to produce a more muted "thud" or "thwack" due to the acoustic damping properties of the material.
Neither sound is objectively better, but for golfers who associate that titanium crack with a good drive, the SF2 delivers that familiar, confidence-building feedback. At address, the SF2's 3-degree closed face that looks square removes a visual stressor — the golfer isn't fighting the look of an obviously offset club. Both factors contribute to swinging more freely, which itself improves results.
Who Should NOT Use a Draw-Bias Driver
Draw-bias drivers are a specific solution to a specific problem, and using one for the wrong swing pattern makes things worse. Golfers who already hit a natural draw or hook should stay away from draw-bias designs entirely. A driver engineered to close the face faster through impact will amplify an already right-to-left ball flight, turning a gentle draw into a snap hook that's harder to manage than any slice.
Similarly, golfers who miss left consistently — pulling the ball — shouldn't reach for a draw-bias driver. Pull shots typically come from a swing path that's too far left of the target, and a draw-bias club won't fix a path issue; it'll just push the ball further left. The ideal candidate for a draw-bias driver is a golfer who:
- Consistently misses to the right (for right-handed players)
- Sees the ball start on or near the target line but curves away
- Has an open face at impact rather than a severe out-to-in path problem
- Has tried swing adjustments without lasting improvement
If the slice comes primarily from a severe swing path issue rather than an open face, even seven slice-fix features won't fully solve the problem — a lesson or swing adjustment becomes the better first investment.
The SF2 Fixes Your Slice Without Surrendering Fairway Distance
The draw-bias driver category has a well-documented distance problem. Most designs that successfully correct a slice do so by redistributing weight in ways that reduce ball speed — and independent testing backs that up. The SF2 Forged Titanium attempts to break that pattern by using forged titanium, a material that allows aggressive heel weighting and a max-COR face to coexist in the same clubhead.
The Burner SuperFast 2.0 is a legitimately well-engineered driver for its original purpose: generating swing speed through lightweight construction and aerodynamic shaping. But its draw-bias characteristics are secondary to that speed mission, which limits how much slice correction it can realistically deliver for a consistent slicer.
For an amateur golfer who slices regularly and is watching 20-40 yards disappear offline on nearly every drive, the engineering math points in one direction. Seven dedicated slice-fix features built around a face that operates at the legal limit for ball speed represents a fundamentally different approach than a speed driver with a mild draw lean.
Fixing the slice without surrendering distance isn't just a marketing promise — it's a structural outcome of choosing the right construction material and engineering priority from the start.
For more driver comparisons and equipment guidance built around real golfer needs, Affordable Golf Courses covers the gear decisions that actually move the needle for everyday players.