for loop not changing teams (and possibly more)? (ANSWERED)

I have this random map chooser in a game I was making, and what it does is chose a map (of course) as well as change the player's team and load in their character to the map. The first part seems to work fine as it enables the new maps spawn, but it doesn't seem to go past that. Here's what it looks like:

Maps = {workspace["Classic Bunker"], workspace["Classic Hideout"], workspace["Classic Tower"], workspace["Flooded Castle"]}

SpectatorTeam = game.Teams.Spectating:GetPlayers()
Players = game.Players:GetPlayers()

function LoadIfAble()
	if game.ServerScriptService.Values.CanPlay.Value == true then -- if there are 2+ players
		
		local NewMap = (Maps[math.random(#Maps)])
		local M = Instance.new("Message",workspace)
		M.Text = "Map Chosen: " .. NewMap.Name
		wait(6.5)
		M:Destroy()
		
		
		local NewSpawns = NewMap.Spawns:GetChildren()
		for i,NS in pairs(NewSpawns) do
			NS.Enabled = true
		end
		
		for i,p in pairs(SpectatorTeam) do -- Where it gets stuck
			p.Team = game.Teams.Playing
			p:LoadCharacter()
		end
		
		game.ServerScriptService.Values.PlayersLeft.Value = #SpectatorTeam
		
		repeat wait(2) until game.ServerScriptService.Values.PlayersLeft.Value == 1
		local LastStanding = game.Teams.Playing:GetPlayers()
		local WinnerM = Instance.new("Message",workspace)
	
		for i,lastp in pairs(LastStanding) do
		WinnerM.Text = lastp.Name .. " Has Won The Game!"
		wait(6)
		WinnerM:Destroy()
		lastp.Character.Humanoid.Health = 0
		end
		
		for i,NowOldSpawn in pairs(NewSpawns) do
			NowOldSpawn.Enabled = false
		end
	end
end

game.Players.PlayerAdded:Connect(function(p)
	p.CharacterAdded:Connect(function(char)
		char.Humanoid.Died:Connect(function()
			if p.Team == game.Teams.Playing then
			game.ServerScriptService.Values.PlayersLeft.Value = game.ServerScriptService.Values.PlayersLeft.Value - 1
			p.Team = game.Teams.Spectating
			end
		end)
	end)
end)


game.ServerScriptService.Values.CanPlay.Changed:Connect(LoadIfAble)

(Edited to make it a bit more readable)