FPL Gameweek 8 Differentials: Low-Owned Picks Under 10%
The best FPL differentials for Gameweek 8: Trafford, Vuskovic, Iwobi and more. Low-ownership players with the highest projected points over the next three gameweeks.
Differentials are players few managers own, so their points move you up the rankings. These are the best-projected picks under 10% ownership over the next 3 gameweeks (GW8, GW9, GW10), by position.
Goalkeepers
| Player | Fixture | xP 3GW | Price | Own% |
|---|---|---|---|---|
| TraffordGKPLEE£5.0m | SUN (A) | 10.2 | £5.0m | 5.8% |
| DonnarummaGKPMCI£5.5m | AVL (A) | 10.2 | £5.5m | 7.7% |
Trafford heads the list: Away vs Sunderland: medium fixture (FDR 3). Nailed on: started all of the last 5 games.
Defenders
| Player | Fixture | xP 3GW | Price | Own% |
|---|---|---|---|---|
| VuskovicDEFBHA£5.1m | LIV (A) | 14.0 | £5.1m | 5.3% |
| MurilloDEFNFO£5.5m | IPS (A) | 12.2 | £5.5m | 2% |
| BranthwaiteDEFEVE£5.5m | ARS (A) | 12.1 | £5.5m | 2.4% |
| MukieleDEFSUN£5.4m | LEE (H) | 11.8 | £5.4m | 1.8% |
Vuskovic heads the list: Away vs Liverpool: hard fixture (FDR 4). Nailed on: started all of the last 5 games. In form: 45 pts in the last 5 GWs (9 per game).
Midfielders
| Player | Fixture | xP 3GW | Price | Own% |
|---|---|---|---|---|
| IwobiMIDFUL£5.4m | COV (A) | 12.2 | £5.4m | 1% |
| BarnesMIDNEW£6.1m | CRY (A) | 12.0 | £6.1m | 7.9% |
| BarcolaMIDLIV£8.0m | BHA (H) | 11.9 | £8.0m | 3% |
| NetoMIDCHE£6.5m | TOT (H) | 11.7 | £6.5m | 2% |
Iwobi heads the list: Away vs Coventry City: easy fixture (FDR 2). Nailed on: started all of the last 5 games.
Forwards
| Player | Fixture | xP 3GW | Price | Own% |
|---|---|---|---|---|
| KostoulasFWDBHA£5.7m | LIV (A) | 13.0 | £5.7m | 9.4% |
| EvanilsonFWDBOU£6.1m | MUN (A) | 12.2 | £6.1m | 4.1% |
| ThiagoFWDBRE£7.8m | HUL (A) | 11.6 | £7.8m | 8.8% |
| BarryFWDEVE£5.7m | ARS (A) | 11.0 | £5.7m | 8.6% |
Kostoulas heads the list: Away vs Liverpool: hard fixture (FDR 4). In form: 35 pts in the last 5 GWs (7 per game).
Generated from official FPL data and Gaffer Maths' projection model. How our projections work.