```ruby
module TrackSensor
  class NewboldDt8000 < TrackSensor::Base
    def times_regex
      /(\d \d\.\d+ ?)+/
    end

    # @raise [IOError] if a device is not plugged in
    def new_race
      write ' '
    end

    def serial_params
      {
        baud: 1200,
        data_bits: 7,
        stop_bits: 2,
      }
    end

    def self.random_result_example(lanes = 4)
      random_time = ->{ "%.4f" % (rand * 10) }
      data = ""
      lanes.times { |i| data << "#{i + 1} #{random_time[]} " }

      data.strip + "\n"
    end

  private

    def parse_times(times_string)
      times = []
      times_string.chomp.split(/ +/).each_slice(2) do |(track, time)|
        if !time
          times << {:time => track.to_f, :track => 1} # Single track mode
        else
          times << {:time => time.to_f, :track => track.to_i} # Multi track mode
        end
      end

      times
    end
  end
end
```

Send 2 spaces to start a Newbold race
user
```ruby
module TrackSensor
  class NewboldDt8000 < TrackSensor::Base
    def times_regex
      /(\d \d\.\d+ ?)+/
    end

    # @raise [IOError] if a device is not plugged in
    def new_race
      write '  '
    end

    def serial_params
      {
        baud: 1200,
        data_bits: 7,
        stop_bits: 2,
      }
    end

    def self.random_result_example(lanes = 4)
      random_time = ->{ "%.4f" % (rand * 10) }
      data = ""
      lanes.times { |i| data << "#{i + 1} #{random_time[]} " }

      data.strip + "\n"
    end

  private

    def parse_times(times_string)
      times = []
      times_string.chomp.split(/ +/).each_slice(2) do |(track, time)|
        if !time
          times << {:time => track.to_f, :track => 1} # Single track mode
        else
          times << {:time => time.to_f, :track => track.to_i} # Multi track mode
        end
      end

      times
    end
  end
end
```
assistant