In the high-stakes environment of the NBA playoffs, the margin between victory and defeat often shrinks to a few percentage points of efficiency. For the Los Angeles Lakers, the performance of Austin Reaves has become a focal point of analytical scrutiny, particularly regarding his shooting efficiency when transitioning from the regular season to the postseason.
The central metric in this discussion is True Shooting Percentage (TS%), a comprehensive measure that accounts for field goals, three-pointers and free throws. While Reaves has established himself as a versatile offensive threat, a recurring trend has emerged: his scoring efficiency tends to dip as the intensity of the game increases in the playoffs. This phenomenon is not unique to Reaves, but it provides a critical window into the challenges of maintaining elite production against the league’s most disciplined defenses.
Understanding this efficiency gap requires a dive into the mechanics of NBA scoring and the strategic adjustments that occur when the regular season ends. For a global audience following the Lakers, the “playoff dip” is more than just a statistic; We see a reflection of how opposing teams dismantle an offense’s strengths over a seven-game series.
Defining True Shooting Percentage (TS%)
To analyze Austin Reaves’ performance, one must first understand that standard field goal percentage (FG%) is often a misleading metric. FG% treats a two-point layup and a three-point shot as equal, and it ignores the value of free throws entirely. True Shooting Percentage solves this by calculating the total points scored relative to the number of shooting possessions used.
The formula for TS% is Points / (2 * (Field Goal Attempts + 0.44 * Free Throw Attempts)). The coefficient of 0.44 is used to account for “and-one” plays and technical fouls, providing a more accurate representation of a player’s scoring efficiency per possession. In the modern NBA, a TS% around 60% is generally considered efficient, while anything above 65% is elite.
For Austin Reaves, TS% is the most accurate way to measure his impact because his game relies heavily on a mix of perimeter shooting, drawing fouls, and opportunistic drives. When his TS% drops, it indicates that he is requiring more possessions to generate the same amount of scoring, which can place additional pressure on teammates like LeBron James and Anthony Davis.
Analyzing the Playoff Efficiency Gap
The trend of declining efficiency during the postseason is a documented challenge for many NBA players. In the regular season, teams often play a “shell” defense or prioritize player health and rotation, allowing skilled scorers like Reaves to find rhythm and open looks. However, the playoffs introduce “scouting-heavy” basketball, where opponents spend an entire week analyzing a single player’s tendencies.
For Reaves, this often manifests as tighter perimeter defense and a concerted effort to take away his preferred driving lanes. According to data from Basketball-Reference, Reaves’ efficiency has fluctuated as he has moved from a complementary role to a primary scoring option. When a player’s usage rate increases in the playoffs—meaning they handle the ball more and take more shots—their efficiency typically decreases because they are forced to take “contested” shots rather than “open” ones.
This “efficiency tax” is a common hurdle for young players transitioning into veteran roles. The drop in TS% is often a byproduct of the opposing team’s ability to force the player into their least efficient scoring zones. For Reaves, this might mean being pushed toward the baseline or forced into long-range contested twos, both of which lower the overall TS%.
The ‘Playoff Tax’ and Elite Performance
a dip in TS% does not necessarily equate to a “failure” in performance. Some of the greatest players in NBA history have seen their efficiency drop in the postseason while still dominating the game. The key is how a player adapts when their primary scoring method is neutralized.
When shooting percentages fall, elite players shift their impact toward other areas of the game, such as:
- Playmaking: Increasing assists to find open teammates when the defense collapses on them.
- Gravity: Using their reputation as a shooter to draw defenders away from the paint, creating space for others.
- Defensive Intensity: Compensating for offensive struggles by becoming a more disruptive force on the other end of the floor.
Reaves has often demonstrated this adaptability. Even in games where his TS% is lower than his season average, his ability to manage the game’s tempo and facilitate the Lakers’ offense remains a vital asset. The challenge for the Lakers’ coaching staff is balancing Reaves’ need to be an aggressive scorer with the reality of the defensive pressure he faces in May and June.
Strategic Implications for the Los Angeles Lakers
The fluctuation in Reaves’ efficiency has direct implications for how the Lakers construct their offensive sets. If a player’s TS% is trending downward, the offense must evolve to create “easier” shots—such as corner threes or cuts to the rim—rather than relying on isolated plays that require the player to beat their defender one-on-one.
the psychological aspect of the playoff dip cannot be overlooked. Maintaining confidence while shooting poorly under the bright lights of the postseason is a hallmark of veteran leadership. As Reaves continues to evolve, his ability to stabilize his TS% during the playoffs will likely be a determining factor in the Lakers’ ability to make a deep run toward a championship.
From a global perspective, the analysis of Reaves’ efficiency mirrors the broader trend in professional sports toward “Moneyball” style analytics. Teams are no longer looking at who scores the most points, but who scores those points most efficiently. In this framework, a player who maintains a steady TS% regardless of the opponent is far more valuable than a high-volume scorer with volatile efficiency.
Key Takeaways on Shooting Efficiency
| Metric/Concept | Regular Season Context | Playoff Context |
|---|---|---|
| Defensive Approach | General schemes; focus on rotation. | Targeted scouting; high-intensity denial. |
| Shot Quality | Higher frequency of open/rhythm shots. | Higher frequency of contested/forced shots. |
| TS% Trend | Stabilized by variety of opponents. | Often dips due to repeated matchups. |
| Player Value | Measured by consistency and volume. | Measured by adaptability and resilience. |
As the NBA season progresses toward its conclusion, the focus will remain on whether players like Austin Reaves can flatten the efficiency curve. The ability to translate regular-season brilliance into postseason efficiency is what separates the league’s stars from its legends.
The next major checkpoint for the Los Angeles Lakers and the wider NBA landscape will be the conclusion of the current playoff series and the subsequent transition into the offseason, where roster adjustments and player development programs will aim to address these efficiency gaps.
Do you think advanced metrics like TS% accurately reflect a player’s value in the playoffs, or should we rely more on traditional box scores? Share your thoughts in the comments below.