You're reading it backwards. brown/black/orange = 1/0/3. I'm not sure what the blue/blue is for. I'd say volts and tolerance, but I'll have to read up on it.
[EDIT]
Ok, it turns out that there are somewhere close to 42 color code styles for caps, none of which match up with what you have. I guess my tech-fu is weak, so you'll have to measure it.
[ANOTHER EDIT]
Ah-hah! This looks promising. (see the attached picture) Those axials are weird, with their own code.
A = 1st digit (same code as a resistor)
B = 2nd digit (same code as a resistor)
C = multiplier (here it gets weird)
D = tolerance (weird)
E = I think this is temp coefficient
Based on gaps in the table I found, I think your decoding goes like this:
BL - E = -470 ppm/degree C
BL - A = 6
OR - B = 3
BK - C = 1
BR - D = +/- 1pf
=> 630pf, +/-1pf, -470 ppm/degree C
[LAST EDIT - I PROMISE!]
First I want to say 2 things.
1 - I hope I never hear another person complain about having to read resistor color codes.
2 - Capacitor codes suck. There is no standard. Even for the multiple "standards" each one may have changed over the years. Ugh. So here's the take away: don't trust anything I've written here. Because my sources contradict one another. And one contradicts itself.
Now, I finally found the 5-band code I was looking for. The one I was thinking of when I made my initial kneejerk post. According to it The bands are 2 digits, 1 multiplier, 1 tolerance, and one voltage. Looking at the picture again, you need to decide if the "E" band is blue or brown. If it's brown, then you have a 10000pf (0.01uF), 6%, 600V cap. If the "E" band is blue, then it's using a different code - neither tolerance nor voltage can have a black band.
Ugh. Sorry to get your hopes up. Measure it.