Why Soccer Players Need Individual Training (Not Just Team S&C)

Your midfielder played 90 minutes on Saturday. Your centre-back sat for 12. Your wide player is three weeks into a hamstring return. Your U16 shares a club gym night with seniors who squat double his bodyweight. They all get the same “Tuesday lower body” sheet. That is not strength and conditioning. That is averaging people who do not share a week.

Individual training for soccer/football players means programming force, speed, eccentric capacity, and recovery around that athlete’s position, match minutes, injury history, biological age, gym access, and the club load you do not control — instead of cloning one squad template onto every jersey number.

Team sessions still matter. They build the shared engine and the shared culture. They do not fill the gaps the average drill leaves behind. The players who only ever train as a group are the ones who quietly lose strength, spike risk after a congested week, or come back from rehab into work they are not ready for.

Team S&C Is Built for the Average Starter

Club pitch work is a group problem solved with group solutions: small-sided games, tactical blocks, one warm-up, one conditioning finish. That is correct for football. It is incomplete for physical preparation.

A 2024 scoping review of adult male match demands (178 studies) found clear positional differences: central and external midfielders and external defenders cover more total and high-speed distance than forwards or central defenders, and external midfielders lead sprint distance (Sarmento et al., Sports Medicine). Baptista and colleagues’ club study went further into accelerations, decelerations, and turns — central backs and central midfielders produced lower sprint and accel/decel work-rates than full-backs, wide midfielders, and forwards (PLOS One). NSCA’s soccer strength resources treat position profiles as a design input, not a footnote.

If the research says the positions are different, a single “squad gym circuit” is already a compromise. Then reality stacks on top of position:

Professional S&C coaches already say the quiet part out loud. In a survey of practitioners in professional soccer, individualisation was both a stated practice (“we try to individualize as much as we can”) and a resource bottleneck they wanted more of (Weldon et al., Biology of Sport). If clubs with GPS and medical staff still fight for individualisation, a semi-pro or academy player living on group-only work is further behind than they think.

What the Research Says About “Same Team, Different Load”

Positions are not interchangeable — and position still is not enough

Midfielders tend to own total distance. Wide players own high-speed and sprint profiles. Central defenders do less high-intensity running but still live in contacts, jumps, and short accelerations. Programming the same high-speed running volume for a CB and a wing-back is not “fair.” It is mismatched stimulus. For the broader S&C picture, see strength and conditioning for soccer players.

Position averages are a starting point, not a finished program. Altmann and colleagues (2021) found that when professional players switched positions, only about 44–58% of the change in match physical output was explained by positional norms — large differences stayed with the player (PLOS One). “Program by position” without individual references still averages people who do not share a week.

Individuals diverge even inside one microcycle

Ammann, Ruf, Beavan, Chmura, and Altmann (2023) showed that inside a professional microcycle, total distance, high-speed running, accelerations, and session-RPE load vary by player, not only by position (PLOS One). Club training often fails to match match demands the same way for every role: Oliveira and colleagues (2020) reported weekly training that overdid accelerations and decelerations relative to match load while underdoing sprint (about 36–61% of match) and high-intensity running (about 57–71%) across positions (Sports). The first-team performance department has to individualise inside the building. An independent coach working outside it cannot paste one Google Sheet tab and call it periodisation — and the gym is often where missing sprint and force qualities get restored without fighting the club’s SSG week.

Minutes create two different seasons on the same roster

In a 10-microcycle monitoring study in a European Champions League club, players with lesser official-game participation covered substantially less total distance (−19.6%), distance above 14 km/h (−24.8%), high-speed distance (−25.1%), very-high-speed distance (−25.5%), and sprint distance (−30.6%) than higher-participation teammates (Suarez-Arrones et al., Frontiers in Sports and Active Living). The bench player who “trains with the team” is not getting match stimulus. If you also under-dose their individual high-speed and strength work, you manufacture the soft player who looks fine in training until the first 70-minute run of the month.

Congestion is personal, not squad-wide

UEFA Elite Club Injury Study data linked short recovery to higher muscle injury rates. Bengtsson, Hägglund, and Ekstrand reported elevated total and muscle injury rates in league matches with ≤4 days’ recovery versus ≥6 days (muscle injury rate ratio 1.32), especially hamstring and quadriceps (BJSM). A later 14-year analysis with more than 130,000 match observations found muscle injury rates lower when players had 6 or 7–10 days since the previous match versus ≤3 days (BJSM). Fixture congestion is not “the team has a midweek game.” It is this player’s recovery clock. The starter on three matches in eight days and the unused substitute are not in the same program.

That is why individual match-day-minus planning and programming around club training are not nice-to-haves. They are how you stop treating two different loads as one.

The Five Gaps Team Sessions Leave Open

1. Maximal strength and real rest

Small-sided games hammer COD, accelerations, and incomplete recovery. They do almost nothing for heavy force production with honest rest. If the only “strength” work is a circuit after tactics, you are doing metabolic leftovers, not strength. Concurrent training is unavoidable in football; stacking junk volume on top of club SSGs is optional.

2. High-speed eccentric exposure you can dose

Hamstring injury mechanisms live at high speed and long muscle lengths. Squad sessions may or may not deliver that — and when they do, they deliver it chaotically. Controlled Nordic or Askling-type work, progressed per player, is individual work by definition. See the Nordic programming guide.

3. Position-specific power and landing

Centre-backs need landing and aerial resilience. Full-backs need repeat high-speed and deceleration capacity. Goalkeepers need a different upper-body and lateral profile than anyone else on the pitch. One “power day” for the squad will under-serve someone every week.

4. Return-to-play that is not “join the group”

RTP criteria are individual: pain, strength symmetry, high-speed thresholds, confidence. Dropping a rehabbing player into full squad SSGs because “they looked okay in warm-up” is how reinjury happens. Individual sessions exist to bridge physio clearance and match availability without guessing.

5. Youth vs senior loading

NSCA’s long-term athletic development position statement is explicit: programming should be progressive and individualised to the person, technical competency, and sport demands — not a shrunk adult plan (Lloyd et al., 2016, JSCR). A U14 and a 24-year-old midfielder in the same “team S&C” block is a liability dressed as efficiency.

What Individual Training Looks Like in Practice

You do not need 12 unique programs from scratch. You need a shared template with forced decision points per player. That is the difference between “personalised marketing” and actual individual training.

Shared skeleton (in-season, 1–2 gym sessions)

Use MD-minus as the calendar, not Monday/Wednesday labels:

For step-by-step programming mechanics, use how to program for soccer players. For in-season maintenance, keep volume honest.

Three realistic forks (same club week)

Starter midfielder, 90 minutes Saturday, midweek cup 70 minutes
Protect recovery. One shortened gym session: trap bar or split squat emphasis, 2–3 working sets, Nordics at maintenance dose, no extra conditioning. Club already paid the aerobic bill.

Centre-back, 12 minutes Saturday, full training all week
He is under-matched, not under-trained. Keep strength, add controlled high-speed or bounce exposures the match did not provide, landings/plyo that fit his role. Do not copy the starter’s deload.

Wide player, week 4 post-hamstring, cleared for gym, not for full SSG
Individual session owns the eccentric progression and the high-speed ramp. Squad work stays modified. Pain and compliance beat the printed program.

Tracking those forks across 8–12 players in WhatsApp is where independent coaches stall. A purpose-built tool like PlayerPlan’s session builder and per-player calendar lets you keep a shared template, adjust one athlete’s MD-3 without rewriting everyone else, and share a link the player opens on their phone — no app install.

Building individual weeks for a small roster? PlayerPlan’s Program Designer handles multi-week planning with phase, volume, and intensity per week — so you focus on the forks, not the formatting. Try it free →

Common Mistakes That Kill Individualisation

1. One PDF for the whole squad. Efficient for you. Expensive for the body that did not match the average.
2. Ignoring minutes. Starters and unused substitutes living the same gym week.
3. Adding gym HIIT on top of club SSGs. Concurrent training without sequencing. See the interference guide.
4. Treating rehab as “join in when you can.” RTP needs criteria, not vibes.
5. No club-load capture. If you cannot see duration × RPE from the pitch, you are guessing. External load logging is the minimum individualisation tool.
6. Youth on adult percentages. Movement quality and training age first.

FAQ

Do soccer players need individual training if they already train with the club?

Yes, if “club training” means group pitch work only. Squad sessions develop football fitness and tactics. They rarely deliver progressive maximal strength, controlled eccentric dosing, or RTP progressions tailored to one body. Individual gym work is the place those qualities live.

What’s the difference between position-specific and individualized soccer training?

Position-specific means full-backs and centre-backs do not share the same high-speed budget. Individualized means two full-backs still diverge: minutes, max speed, asymmetry, rehab status, and club extras. Altmann’s work is the reminder — position explains part of the story; the player explains the rest.

Is individual training the same as personal training?

Overlapping tools, different intent. Personal training can be general fitness. Individual soccer S&C is sport-specific: MD-minus timing, position demands, match minutes, and injury history drive the session. A bodybuilding split three days after a 90-minute match is personalised and still wrong.

How do independent S&C coaches individualise for 8–12 players without drowning?

Template plus forks. Same session structure, different loads, exercise swaps, and skips. Capture club duration and RPE. Adjust the heavy day when the pitch session was already the workout. Software helps; the decision rules matter more than the UI.

Should every position have a completely different program?

No. Share the big rocks (hinge, squat/split squat, calf/foot, trunk, hamstring eccentric, landing). Change emphasis, volume of high-speed work, and accessory focus. Full-backs and CBs are not interchangeable; they also are not different sports.

When should a youth soccer player start individual strength work?

When movement quality is there and a qualified coach is supervising — not when Instagram says “lift.” Individualisation for youth means biological age and competency, not copying the first-team sheet. Details in the youth strength training guide.

Does load monitoring replace individual coaching judgment?

No. Ratios and dashboards are decision support. UEFA-linked congestion data and microcycle studies show why individuals diverge; they do not auto-write Tuesday’s sets. Use ACWR carefully as a trend, not a prophecy.

References

1. Sarmento et al. (2024). Playing position demands in adult male soccer — scoping review (178 studies). Sports Medicine. https://pmc.ncbi.nlm.nih.gov/articles/PMC11561100/
2. Baptista, Johansen, Seabra & Pettersen (2018). Position-specific player load in professional football. PLOS One. https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0198115
3. Altmann et al. (2021). Match physical performance: position or player specific? PLOS One. https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0256695
4. Ammann et al. (2023). Individual variation in professional soccer microcycles. PLOS One. https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0286372
5. Oliveira et al. (2020). Positional differences in peak- and accumulated-training load relative to match load. Sports. https://pmc.ncbi.nlm.nih.gov/articles/PMC7023441/
6. Bengtsson, Hägglund & Ekstrand (2013). Fixture congestion and muscle injury — UEFA Champions League injury study follow-up. BJSM. https://bjsm.bmj.com/content/47/12/743
7. Bengtsson et al. (2018). Muscle injury rates and days since previous match — 14-year UEFA study. BJSM. https://bjsm.bmj.com/content/52/17/1116
8. Suarez-Arrones et al. (2020). Individual load variation and match participation. Frontiers in Sports and Active Living. https://www.frontiersin.org/journals/sports-and-active-living/articles/10.3389/fspor.2020.00075/full
9. Weldon et al. (2021). Contemporary practices of S&C coaches in professional soccer. Biology of Sport. https://pmc.ncbi.nlm.nih.gov/articles/PMC8329977/
10. Lloyd et al. (2016). NSCA position statement on long-term athletic development. Journal of Strength and Conditioning Research. https://doi.org/10.1519/JSC.0000000000001470

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