Fastest players at the East-West Shrine Bowl: Rams fit?
Fastest players at the East-West Shrine Bowl often decide which prospects pique NFL Draft scouts’ interest. For Los Angeles Rams fans, speed signals immediate fit in multiple schemes and special teams. This piece hooks into that excitement, because we track measurable traits to spotlight Rams candidates. Zebra Technologies outfitted Shrine Bowl players with RFID chips to measure top speed, distance, and acceleration. As a result, we can move beyond scouting buzz and use hard metrics to rank athletes. Therefore our analysis blends miles per hour, burst acceleration, deceleration, and explosive efforts into a composite Top 10. We also weigh workout scores and 7 on 7 film, so context balances raw speed. By the end, readers will know which sprinters and quick twitch athletes could boost the Rams’ draft board. Players such as Chris Hilton and Jarod Washington flashed over 21 miles per hour during drills. Because speed is not everything, we flag movers who also show strong instincts and coverage skills.
Fastest players at the East-West Shrine Bowl and why speed metrics matter
Speed separates good prospects from game changing prospects. For NFL teams like the Los Angeles Rams, speed influences scheme fit, special teams value, and matchup creation. Therefore teams now demand measurable data. Zebra Technologies used RFID chips to record real time movements at the Shrine Bowl. As a result we can quantify top speeds, burst acceleration, and repeated explosive efforts.
Teams measure more than raw miles per hour. They track acceleration, deceleration, and distance covered during drills and scrimmage snaps. Because these metrics capture on field context, scouts trust them alongside tape. Our approach blends mph numbers, burst scores, and explosive efforts into a composite Top 10. Consequently we can rank prospects by real game speed and workout pop.
Key data points from the Shrine Bowl tracking
- Chris Hilton registered a top speed of 22.13 mph, highlighting elite boundary speed. This mph figure stands out among wide receivers and helps gauge deep threat upside.
- Jarod Washington reached 21.33 mph, showing cornerback recovery speed and ability to close on plays quickly.
- Linebacker Karson Sharar and safety Cole Wisniewski led the charts for acceleration, which shows short area burst and initial explosion.
- Composite Top 10 mixes top speeds, acceleration, deceleration, and recorded explosive efforts to give a fuller picture.
Why mph and explosive efforts matter for the Rams
Speed matters because it changes how coaches use a player. For example, a receiver who tops 22 mph can force safety adjustments. However, acceleration matters more in traffic because it creates separation quickly. Therefore a prospect who ranks high for both mph and explosive efforts projects as a special teams asset and situational playmaker.
In short, RFID chips give objective proof of athletic traits. As a result we can move past guesswork and identify which fast prospects likely translate to NFL play. In the sections that follow, we pair these numbers with film to find players who fit the Rams’ roster needs.
| Rank | Player Name | Position | School | Height | Weight | Top Recorded Speed (MPH) | Notable Skills or Comments |
|---|---|---|---|---|---|---|---|
| 1 | Chris Hilton | WR | LSU | 6’0″ | 190 lb | 22.13 | Elite boundary speed and deep threat; high explosive efforts noted |
| 2 | Jarod Washington | CB | South Carolina State | 6’0″ | 186 lb | 21.33 | Recovery speed and closing burst; strong man coverage traits |
| 3 | Colbie Young | WR | — | — | — | — | Big-play ability; ranks high in composite speed and workout explosiveness |
| 4 | Tyreek Chappell | WR | — | — | — | — | Quick twitch receiver with sudden burst; special teams upside |
| 5 | Domani Jackson | CB | — | — | — | — | Smooth coverage speed; projects well in zone and man matchups |
| 6 | Karson Sharar | ILB | Iowa | 6’1″ | 228 lb | — | Fastest accelerator on the event; elite short area burst and closing ability |
| 7 | Cole Wisniewski | S | Texas Tech | 6’3″ | 214 lb | — | Top accelerator among safeties; strong downhill speed and range |
| 8 | Avery Smith | CB | — | — | — | — | More lockdown coverage from Toledo CB Avery Smith; noted in 7-on-7 work |
| 9 | DeVonta Smith | WR/DB | — | — | — | — | Nice break on the ball and pass breakup; showed speed in positional drills |
| 10 | Dalton Johnson | CB | — | — | — | — | Sticky downfield coverage; rangy defender with speed to mirror receivers |
Notes: Composite Top 10 is derived from a formula blending mph, acceleration, deceleration, and explosive efforts from both workouts and game tracking data collected via RFID chips by Zebra Technologies. Exact top speeds are listed where Zebra data is available. Other entries reflect the composite ranking and qualitative notes from Shrine Bowl tracking and drills.
How the Fastest players at the East-West Shrine Bowl fit the Rams’ draft strategy
The Fastest players at the East-West Shrine Bowl offer measurable traits the Rams covet. Los Angeles values speed for coverage, perimeter rush lanes, and special teams. With two first-round picks this year, the front office can target immediate upgrades and developmental pieces. Because Zebra Technologies recorded MPH, acceleration, and explosive efforts with RFID chips, we can match data to positional needs.
Cornerback remains a priority because speed limits separation. For example, Toledo’s Avery Smith flashed lockdown traits in 7-on-7 work. Jarod Washington’s 21.33 mph top speed shows recovery burst and closing range. Consequently both players project as candidates for nickel and rotational snaps. Dalton Johnson also shows sticky downfield coverage that fits matchups across the secondary.
Wide receiver depth is another spot where elite speed adds value. Chris Hilton recorded 22.13 mph, which signals boundary and vertical threat upside. Therefore the Rams could use a deep threat to stretch defenses for their play action schemes. Other fast receivers, including Colbie Young and Tyreek Chappell, give special teams pop and situational matchup flexibility. However speed alone will not win snaps; route polish and hands remain decisive.
Inside linebacker and safety roles benefit from short area explosion. Karson Sharar led accelerations, which matters in run fits and gap shooting. Likewise Cole Wisniewski’s acceleration and range project well as a rangy safety who can downhill quickly. As a result, Los Angeles can add high-motor defenders who translate to blitz packages and coverage over the middle.
On the draft board, speed can bump a player up when tape confirms technique. Therefore prospects who pair 20 plus mph top speeds with clean film earn more draft equity. That fact matters when the Rams hold two first-round selections. They can afford to draft a high-upside playmaker early and still target a role player in later picks.
In short, RFID tracking gives the Rams objective proof of athletic traits. By blending MPH and explosive efforts with film study, Los Angeles can draft athletes who fit defensive spacing, offensive spacing, and special teams. Consequently the Fastest players at the East-West Shrine Bowl give the Rams clear candidates to consider on draft day.
CONCLUSION
Speed metrics from the East-West Shrine Bowl gave clear, measurable insight into athletic upside. Because Zebra Technologies used RFID chips, teams now get objective top speeds, acceleration, and explosive effort data. As a result, we can separate pure sprinters from players with game speed and burst. Therefore combining numbers with tape yields better draft decisions.
Several prospects stood out for the Rams. Chris Hilton posted 22.13 mph and projects as a boundary threat. Jarod Washington hit 21.33 mph and shows recovery speed as a corner. Karson Sharar led accelerations and offers gap shooting and short area burst. Avery Smith showed lockdown traits in 7-on-7 and fits nickel roles.
For Los Angeles, speed adds value in coverage, special teams, and stretch offense. The Rams hold two first-round picks, so they can target a high-upside speed player early. However coaches will expect clean technique and reliable film alongside the data.
This analysis appears courtesy of Rams News LLC. For ongoing draft coverage, visit Rams News and follow Twitter at @ZachGatsby. Check back for updates as we blend metrics, tape, and mock draft moves.
Frequently Asked Questions (FAQs)
What do Zebra RFID chips measure at the Shrine Bowl?
Zebra RFID chips record player movement in real time. They measure top speed in mph, acceleration, deceleration, and distance covered. They also capture repeated explosive efforts and positional passing data. As a result, scouts get objective athletic metrics to pair with tape.
Why do the fastest players at the East-West Shrine Bowl matter to the Rams?
Speed influences scheme fit and special teams value. For example, a 22 mph receiver stretches defenses. Therefore a fast cornerback aids recovery and coverage flexibility. The Rams can use that data when they hold two first round picks.
Which prospects showed the most impressive speed and burst?
Chris Hilton topped the list at 22.13 mph. Jarod Washington reached 21.33 mph and showed quick recovery speed. Karson Sharar and Cole Wisniewski led acceleration metrics. Avery Smith produced strong 7-on-7 coverage tape, which supports his tracking numbers.
Can mph replace traditional film study?
No. Metrics do not replace technique evaluation. However, mph and explosive efforts highlight traits that film should confirm. In short, teams need both numbers and polished tape.
How will speed metrics affect draft decisions for the Rams?
Speed can move a player up the draft board when tape aligns. Consequently the Rams might target a high upside speed player early. They can also add special teams playmakers in later rounds. Read the full article above for detailed metrics and film context.