For a charge controller (CC) this looks good
https://www.amazon.com/ALLPOWERS-Cha...B2KMN75BC9AF84
Then search out the Newpowa 150 or 170 watt 12V panels, they look good too.
If you need an extension cord to set the panel farther from the battery and CC use a long enough MC4 ext. cord, rather than several connected together. The fewer connections the better.
A word of caution, solar panels are generating power anytime light is on the panel and it is DC power. DC is unlike AC, it can jump a very large gap once started, so, never unplug an MC4 or any other solar connection with light on the panels, either tip the panel face down, or cover with a dark colored blanket if you need to unplug the DC. If you do need to unplug a DC4 it can be done by releasing the catches using a screw driver on both sides, but it's far easier to use:
https://www.amazon.com/Renogy-TOOL-M...B2KMN75BC9AF84
You do not need nor want an inverter unless there is an absolute need to run something on 110-120V AC or 220-240V AC, converting wastes energy thru heat generation, you are far more efficient staying on DC when you can. If you want to run a light too, get a 12V DC light but run it only when needed. LED is most efficient there too.
If done right, the 12V deep cycle battery can remain in the woods all season in many cases, the exception will be if you fail to keep snow off the panels or if you have too many days that are extremely cloudy in a row.
Just as a bit of trivia, back when I only had 4 panels 185 watts each on my sugarhouse system we had a "super moon". I looked at the CC and it was making 200 watts at about 9:30 at night. We had snow cover also, which helps unless it is on the panels, snow on the ground helps reflect both sun and moon light to the panels.
Be sure to check the electrolyte level once a month, distilled water will need to be added periodically.