function ENT:Draw()
    self:DrawModel()
    local pos = self:GetPos()
    local fwd = self:GetForward()
    local up = self:GetUp()
    local ri = self:GetRight()
    local ang = self:GetAngles()

    local uptm = self:GetNWFloat("uptime") --Value between 0 and 1 (I think), rotor speed
    local upm = self:GetNWFloat("up") --same range, rotor blade angle
    ang:RotateAroundAxis(ri, 90)
    ang:RotateAroundAxis(fwd, 90)
    local spos=self.SeatsT[self.SeatsT.Pilot].Pos --the local position of the pilot seat
    cam.Start3D2D(pos+fwd*(16+spos.y)+ri*-(5-spos.x)+up*(39+spos.z), ang, 0.02)
    surface.SetDrawColor(MainColor)
    surface.DrawRect(235, 249, 10, 2)
    surface.DrawRect(255, 249, 10, 2)
    surface.DrawRect(249, 235, 2, 10)
    surface.DrawRect(249, 255, 2, 10)
    surface.DrawRect(-3, 0, 3, 500)
    surface.DrawRect(500, 0, 3, 500)
    surface.DrawRect(7, 0, 3, 500)
    surface.DrawRect(490, 0, 3, 500)
    surface.DrawRect(1, 500-uptm*500, 5, uptm*500) --rotor speed bar
    surface.DrawLine(30, 5*ang.r-200+2.77*ang.p, 220, 5*ang.r-200+2.77*(ang.p*0.12)) --artificial horizon, left line
    surface.DrawLine(30, 5*ang.r-200+2.77*ang.p+1, 220, 5*ang.r-200+2.77*(ang.p*0.12)+1)
    surface.DrawLine(280, 5*ang.r-200-2.77*(ang.p*0.12), 470, 5*ang.r-200-2.77*ang.p) --artificial horizon, right line
    surface.DrawLine(280, 5*ang.r-200-2.77*(ang.p*0.12)+1, 470, 5*ang.r-200-2.77*ang.p+1)

    surface.SetMaterial(ArrowMaterial)
    surface.DrawTexturedRect(-20,250-upm*250-10,20,20) --green arrow
    cam.End3D2D()
end