Saturn cars with highest power to weight ratio

Most accurate predictor of acceleration is power to weight ratio. The more power engine can produce and the less mass it has to accelerate, the quicker the acceleration.

For low speed acceleration and acceleration from standstill, traction also plays important role. Aerodynamic drag takes over as dominating factor at high speed.

Everything in between is where power to weight ratio matters the most. Mid-range acceleration is also important for track performance.

#	make & model	Hp/tonne▼
1.	2007 Saturn Sky Red Line	192
2.	2004 Saturn Vue Red Line	152
3.	2004 Saturn Ion Quad Coupe Red Line	152
4.	2008 Saturn Vue 3.6 V6 AWD	138
5.	1996 Saturn SC2	114
6.	2003 Saturn Ion Quad Coupe 2.2	107
7.	1995 Saturn S-Series 1.9	95
8.	2007 Saturn Aura 3.6 V6	151
9.	2002 Saturn Vue 3.0 V6 AWD	114
10.	1991 Saturn SL2	114
11.	2008 Saturn Astra	106
12.	2008 Saturn Aura 2.4
13.	2007 Saturn Aura 3.5 V6
14.	2003 Saturn Ion Sedan 2.2
15.	2007 Saturn Ion Sedan 2.2
16.	2006 Saturn Ion Sedan 2.4
17.	2007 Saturn Ion Sedan 2.4
18.	2007 Saturn Ion Quad Coupe 2.2
19.	2007 Saturn Ion Quad Coupe 2.4
20.	2006 Saturn Ion Quad Coupe 2.4
21.	2000 Saturn L-Series 2.2
22.	2004 Saturn L-Series 2.2
23.	2000 Saturn L-Series 3.0 V6
24.	2000 Saturn L-Series Wagon 3.0 V6
25.	2000 Saturn L-Series Wagon 2.2
26.	2004 Saturn L-Series Wagon 2.2
27.	2007 Saturn Outlook
28.	2009 Saturn Outlook
29.	2007 Saturn Outlook
30.	2009 Saturn Outlook
31.	2007 Saturn Outlook AWD
32.	2007 Saturn Outlook AWD
33.	2009 Saturn Outlook AWD
34.	2009 Saturn Outlook AWD
35.	2005 Saturn Relay 3.5 V6
36.	2005 Saturn Relay 3.5 V6 AWD
37.	2006 Saturn Relay 3.9 V6
38.	1993 Saturn SC1
39.	1995 Saturn SC1
40.	1991 Saturn SL1